Method and computing device for processing creative income distribution information

Abstract

The present invention provides a method for processing creative income distribution information and a computing device, the method comprising: in response to a selection of a task initiator, selecting a first creative record in a creative library, the creative library comprising one or more creative records, the creative records comprising creative content information, creative relationship information, and creative owner information; in response to the application of the task initiator, issuing a first task, the first task being based on the first creativity, the first creativity corresponding to the first creativity record; and when the first task carries out income distribution, obtaining information of creative owners participating in distribution according to creative relationship information corresponding to the first creative, and obtaining income share information of the creative owners participating in distribution. According to the technical scheme of the invention, the creative income distribution information can be systematically and standardly managed.

Description

Technical Field

[0001] This invention relates to the field of network collaboration and knowledge management technology, specifically to a method and computing device for processing creative revenue distribution information. Background Technology

[0002] With the development of generative artificial intelligence technologies such as GPT (Generative Pre-trained Transformer), AI's content generation capabilities are becoming increasingly powerful. In an intelligent society where human intelligence and machine intelligence coexist, human intelligence excels in creativity, while machine intelligence excels in implementation. As machine intelligence develops, given a suitable creative idea, implementation will become increasingly automated.

[0003] In particular, the invention patents published in China (CN114595673A, "Method, Task Publishing Method and Device for Collaborative Creation of Digital Works", CN118365070A, "Method, Task Publishing Method and Device for Collaborative Creation Including Framework Sub-tasks", CN120494767A, "Method, Device, Equipment and Medium for Generating and Publishing Digital Works and Tasks", CN120494370A, "Method and System for Publishing Tasks in a Collaborative Community and Computing Device", and CN118429010A, "Method, Device and Equipment for Allocating Rights to Digital Works" are included. The large-scale commercialization of collaborative community technologies disclosed in Chinese patent applications CN118590529A ("Method, Apparatus, Electronic Device and Computer-Readable Storage Medium for Initiating Communication and Publishing Collaborative Creation Tasks in a Collaborative Creation Community"), 202511516242.0 ("Method and Computing Device for Recording Ideas"), and 2025115680951 ("Method and Computing Device for Processing Subtasks in a Collaborative Community") will stimulate collective intelligence among intelligent agents, including human experts and various general and professional AI, further accelerating implementation efficiency and improving implementation quality.

[0004] For example, in the audiovisual field, once a suitable story idea is created, subsequent implementation can leverage AI and intelligent communities to quickly generate corresponding film, television, short drama, or game-like audiovisual works. Story writing, scriptwriting, text-based video production, automatic editing, game design, and programming—audiovisual creation work that previously required many professionals to invest a great deal of time and energy—can all be completed efficiently with the assistance of AI and intelligent communities, allowing for rapid entry into the audiovisual market.

[0005] For example, in the field of scientific and technological innovation and invention, as long as there is a suitable invention idea, the subsequent implementation can leverage AI and collaborative community technologies to efficiently generate solutions and develop prototype products, quickly turning ideas into early-stage market products or projects for angel round financing.

[0006] However, current intellectual property protection tools in human society mainly target copyright, trademark rights, industrial designs, and technical solutions, but not creative ideas.

[0007] Human society currently possesses a relatively mature patent protection mechanism. A key function of this mechanism is to provide patent contributors with a credible credential within the scope of their sovereignty. When a patent creates value through subsequent implementation, the patent contributor can use this credential to participate in the distribution of profits from that value. We may never be able to protect ideas in the same way as we protect patents. However, we can establish idea repositories within intelligent communities, providing idea contributors with a credible credential within the community. Through this credential, when an idea creates value through subsequent implementation, the idea contributor can participate in the distribution of profits from that value.

[0008] Contributors to creative ideas can receive corresponding rewards for their work by participating in the subsequent distribution of value. This can greatly encourage people to create and share ideas, thereby helping society as a whole to enhance its innovation vitality, strengthen its development momentum, and promote the transformation and upgrading of production relations and value distribution in a creative-friendly direction.

[0009] This signifies the need for humanity to build an operational creative management infrastructure, the value of which lies not only in technological breakthroughs, but also in expanding the knowledge production paradigm of human society—stimulating collective intelligence and converging the flashes of individual wisdom into a continuous emergence of a civilization-level innovation ecosystem. Summary of the Invention

[0010] This invention aims to provide a collaborative method and computing device for embedding content in digital works. By inventing a collaborative method that provides open resources in digital works, it achieves more open, standardized, and convenient soft embedding of resource content.

[0011] According to one aspect of the present invention, a method for processing creative revenue distribution information is provided, the method comprising: In response to the task initiator's selection, a first creative record is selected in the creative library. The creative library includes one or more creative records. Each creative record includes creative content information, creative relationship information, and creative owner information. The creative content information is used to express the corresponding creative idea, and the creative relationship information is used to describe the relationship between the corresponding creative idea and the creative ideas corresponding to other creative records included in the creative library. In response to the request from the task initiator, a first task is issued, which is based on a first idea and corresponds to the first idea record. When distributing revenue in the first task, the information of the creative owners participating in the distribution is obtained based on the creative relationship information corresponding to the first creative idea, and the revenue share information of the creative owners participating in the distribution is obtained.

[0012] According to some embodiments, the creative relationship information includes creative inheritance information.

[0013] According to some embodiments, based on the creative relationship information corresponding to the first creative idea, information on the creative owners participating in the allocation is obtained, and information on the revenue share of the creative owners participating in the allocation is obtained, including: Starting from the first creative idea in the creative library, all previous creative ideas are traced back to the root creative idea, and the collection of all the creative ideas obtained is taken as the first creative snapshot corresponding to the first creative idea. Based on the first creative snapshot, obtain information on all creative owners involved in the allocation; Obtain the revenue distribution constraints for the first creative idea; Based on the first creative snapshot and the first creative revenue distribution constraint information, the revenue share information of all creative owners participating in the distribution is obtained.

[0014] According to some embodiments, the first creative idea is associated with the first creative idea revenue allocation constraint information, the first task is associated with the first task revenue allocation constraint information, and the first task revenue allocation constraint information includes constraint information corresponding to the first creative idea revenue allocation constraint information.

[0015] According to some embodiments, the creative record also includes creative increment information, which describes the creative increment of the corresponding creative compared to its direct predecessor creative.

[0016] According to some embodiments, revenue share information for all creative owners participating in the allocation is obtained based on the first creative snapshot and the first creative revenue allocation constraint information, including: Based on the first creative snapshot and the creative increment information of each creative in the first creative snapshot, calculate the revenue ratio of the creative owner of each creative in the first creative snapshot; Obtain a share of the total revenue; Based on the first creative revenue allocation constraint information and the total revenue share, obtain the total creative revenue share; Based on the aforementioned revenue ratio and the total creative revenue share, the revenue share information of all creative owners participating in the allocation is obtained.

[0017] According to one aspect of the present invention, a method for processing creative revenue distribution information is provided, the method comprising: In response to the first user input, a first creative record is added to the creative library. The creative library includes one or more creative records. The creative record includes creative content information, creative relationship information, creative owner information, and creative revenue distribution constraint information. The creative content information is used to express the corresponding creative, and the creative relationship information is used to describe the relationship between the corresponding creative and the creative corresponding to other creative records included in the creative library. A first task based on a first idea is obtained, the first idea corresponds to the first idea record, the first task is associated with the first task revenue allocation constraint information, and the first task revenue allocation constraint information includes constraint information corresponding to the first idea revenue allocation constraint information. After the first task distributes the profits, the profit share information of the creative owner of the first creative idea is obtained.

[0018] According to one aspect of the present invention, a method for processing creative revenue distribution information is provided, the method comprising: In response to the task initiator's selection, a first creative record is selected in the creative library. The creative library includes one or more creative records. Each creative record includes creative content information, creative relationship information, creative owner information, and creative revenue distribution constraint information. The creative content information is used to express the corresponding creative, and the creative relationship information is used to describe the relationship between the corresponding creative and the creative corresponding to other creative records included in the creative library. In response to the operation of the task initiator, a first task is published. The first task is based on a first idea, the first idea corresponds to the first idea record, and the first task is associated with first task revenue distribution constraint information. The first task revenue distribution constraint information includes constraint information corresponding to the first idea revenue distribution constraint information. After the first task distributes the profits, the information of the creative owners participating in the distribution and the profit share information of the creative owners participating in the distribution are obtained.

[0019] According to another aspect of the present invention, a computer program product is provided, comprising a computer program that, when executed by a processor, implements the method as described in any of the preceding claims.

[0020] According to another aspect of the present invention, a computing device is provided, comprising: a processor; and

[0021] A memory storing a computer program that, when executed by the processor, causes the processor to perform the method described in any of the preceding methods.

[0022] According to an embodiment of the present invention, a method for determining the amount of revenue distribution for an idea is provided. When revenue distribution is carried out for an idea task, the information of the idea owners participating in the distribution is obtained based on the idea relationship information corresponding to the idea, and the revenue share information of the idea owners participating in the distribution is obtained, so that when the idea creates value, the contributors of the idea can participate in the revenue distribution.

[0023] It should be understood that the above general description and the following detailed description are merely exemplary and do not limit the invention. Attached Figure Description

[0024] To more clearly illustrate the technical solutions in the embodiments of the present invention, the accompanying drawings used in the description of the embodiments will be briefly introduced below.

[0025] Figure 1 A flowchart illustrating a method for processing creative revenue allocation information according to an example embodiment is shown.

[0026] Figure 2 A flowchart of a method for processing creative revenue allocation information is shown according to another embodiment.

[0027] Figure 3 A flowchart of a method for processing creative revenue allocation information is shown according to another embodiment.

[0028] Figure 4 A schematic diagram of an apparatus for processing creative revenue allocation information is shown according to an example embodiment.

[0029] Figure 5 This diagram illustrates the overall business process for creative revenue allocation according to some embodiments.

[0030] Figure 6 This shows a snapshot of the creative node Cre_ID(cn1) in the creative library of the smart community after the creative was published, according to some embodiments.

[0031] Figure 7 This shows a snapshot of the creative node Cre_ID(cn2) in the creative library of the smart community after the creative was published, according to some embodiments.

[0032] Figure 8 This shows a snapshot of the creative node Cre_ID(cn3) in the creative library of the smart community after the creative was published, according to some embodiments.

[0033] Figure 9 This diagram illustrates a creative family tree formed by the root creative Cre_ID(cn1) according to some embodiments.

[0034] Figure 10This diagram illustrates a creative family tree formed by the root creative Cre_ID(cn3) according to some embodiments.

[0035] Figure 11 This shows a snapshot of the creative node Cre_ID(cn5) in the creative library of the smart community after the creative was published, according to some embodiments.

[0036] Figure 12 This shows a snapshot of the creative node Cre_ID(cn6) in the creative library of the smart community after the creative was published, according to some embodiments.

[0037] Figure 13 The complete task state diagram (level 2 subtask) according to some embodiments is shown.

[0038] Figure 14 The task status is shown in the complete draft according to some embodiments. Figure 1 (Sub-task at level 3).

[0039] Figure 15 The task status is shown in the complete draft according to some embodiments. Figure 2 (Sub-task at level 3).

[0040] Figure 16 The task status is shown in the complete draft according to some embodiments. Figure 3 (Sub-task at level 3).

[0041] Figure 17 A snapshot of information from a complete draft, based on some embodiments, is shown.

[0042] Figure 18 The snapshot of information corresponding to the complete draft according to some embodiments is shown as the final draft information snapshot of Task_ID (986225).

[0043] Figure 19 A schematic diagram of a task reward distribution scheme according to some embodiments is shown.

[0044] Figure 20 A snapshot of the creative node Cre_ID (cn6) of an implementation object according to some embodiments is shown.

[0045] Figure 21 A creative snapshot of the creative node Cre_ID(cn2) is shown according to some embodiments.

[0046] Figure 22 The illustration shows a snapshot of the creative node Cre_ID(cn2.1) after user X, in consultation with user B, revises the creative Cre_ID(cn2) according to some embodiments and adds it to the creative library.

[0047] Figure 23 A block diagram of a computing device according to an exemplary embodiment is shown. Detailed Implementation

[0048] Exemplary embodiments will now be described more fully with reference to the accompanying drawings. However, these exemplary embodiments can be implemented in many forms and should not be construed as limited to the embodiments set forth herein; rather, they are provided so that the invention will be thorough and complete, and the concept of the exemplary embodiments will be fully conveyed to those skilled in the art. The same reference numerals in the drawings denote the same or similar parts, and therefore repeated descriptions of them will be omitted.

[0049] Furthermore, the described features, structures, or characteristics can be combined in any suitable manner in one or more embodiments. Numerous specific details are provided in the following description to give a full understanding of embodiments of the invention. However, those skilled in the art will recognize that the technical solutions of the invention can be practiced without one or more of the specific details, or other methods, components, apparatuses, steps, etc., can be employed. In other instances, well-known methods, apparatuses, implementations, or operations are not shown or described in detail to avoid obscuring various aspects of the invention.

[0050] The block diagrams shown in the accompanying drawings are merely functional entities and do not necessarily correspond to physically independent entities. That is, these functional entities can be implemented in software, in one or more hardware modules or integrated circuits, or in different network and / or processor devices and / or microcontroller devices.

[0051] The flowcharts shown in the accompanying drawings are merely illustrative and do not necessarily include all content and operations / steps, nor do they necessarily have to be performed in the described order. For example, some operations / steps can be broken down, while others can be combined or partially combined; therefore, the actual execution order may change depending on the specific circumstances.

[0052] It should be understood that although the terms first, second, third, etc., may be used herein to describe various components, these components should not be limited by these terms. These terms are used to distinguish one component from another. Therefore, the first component discussed below may be referred to as the second component without departing from the teachings of the present invention. As used herein, the term "and / or" includes all combinations of any one and more of the associated listed items.

[0053] Those skilled in the art will understand that the accompanying drawings are merely schematic diagrams of exemplary embodiments, and the modules or processes in the drawings are not necessarily essential for implementing the present invention, and therefore cannot be used to limit the scope of protection of the present invention.

[0054] Before describing the embodiments of the present invention, some terms or concepts involved in the embodiments of the present invention will be explained.

[0055] A task state diagram is a topological graph used to describe the progress of a task. Nodes in the diagram include task templates, task setting information, subtasks, and the execution content of the subtasks. Relationships between nodes include derivation-dependency, ownership-belonging, and original-revision relationships. The task template includes an initial task state diagram. After task setting, the task data package includes a defined task state diagram. After task publication, before any creative execution content is formed, the task progress corresponds to the first-process task state diagram. Once any subtask of the task has creative execution content, the task progress corresponds to the second-process task state diagram. Task state diagrams can be set using data description information. User devices and system servers can use data description information to process the node descriptions, node relationship information, process rule information, and subtask creation information in the task state diagram within their runtime memory. For AI or machine intelligence users, the task state diagram can be retrieved from their user device / server's runtime memory through the data description information and interactive operations can be performed. The user device used by AI users or machine intelligence users can be a computing device or facility with information processing capabilities, such as a computer / server / computing platform, and this invention does not limit this. For user devices with a human-computer interaction interface, the task state diagram can be displayed to the user graphically. That is, the creation status information such as node description information, node relationship information, process rule information, and subtask creation information in the task state diagram is presented graphically so that human users can intuitively obtain relevant information. Human users can interact with the task state diagram through the human-computer interaction interface. When displayed graphically, the task state diagram can also be displayed in an overview version to adapt to the smaller screens of mobile devices. The task state diagram overview version is a task state diagram display version where some content is collapsed and hidden, and some content is expanded. Users can interact through the human-computer interface to select which parts of the task state diagram are collapsed and which parts are expanded, thereby setting their desired task state diagram overview version.

[0056] Subtasks are smaller, more granular modules of a collaborative creation task, formed after task planning. These sub-modules correspond to sub-goals that are decomposed based on the task objectives.

[0057] The execution content of a subtask, and the creation information of the subtask, are represented by the corresponding node in the task status diagram. Based on the hierarchy of the sub-goal system formed by the task planning, a "subtask" can also refer to the next level of subtasks, and so on. Similarly, "subtask execution content" can refer to the execution content of the next level of subtasks, and so on.

[0058] A content block clustering system is a set of data used to describe the assembly method of digital works. A digital work is generated by assembling the work content from one or more content block clusters. A content block cluster is generated by assembling one or more next-level content block clusters or content blocks. Ultimately, the lowest-level content block cluster is generated by assembling one or more content blocks. These one or more content blocks include creative content blocks. Each creative content block corresponds to an atomic subtask in the task state diagram corresponding to a content cluster. The work content within a creative content block is generated from the creative content information in the execution content of the atomic subtask corresponding to that creative content block's content cluster.

[0059] Information Snapshot. When a user requests to retrieve a digital work for a collaborative task, the user device or system server first assembles and generates an information snapshot of the corresponding digital work. The information snapshot is part of the current task state diagram of the collaborative task, including the execution content and relationships of each content cluster-corresponding subtask in the task state diagram, as well as the previously executed content, task setting information, and task templates that the execution content of each content cluster-corresponding subtask depends on. Next, based on the execution content of each content cluster-corresponding subtask included in the information snapshot, and the execution correspondence (the correspondence between execution content and content clusters) included in the corresponding subtask creation information, the user device or system server assembles the work content included in the creation content blocks corresponding to the execution content of each content cluster-corresponding subtask according to the content block relationship attributes and sets the content presentation format according to the content block presentation attributes, thereby generating the digital work corresponding to the information snapshot and delivering it to the user.

[0060] When a user sends a request to retrieve a digital work or information snapshot of a collaborative task, if there are more than one execution content belonging to the same content cluster corresponding to a subtask in the current task status graph of the collaborative task, the user needs to make a unique selection of the more than one execution content to determine the execution content included in the information snapshot.

[0061] According to the *Modern Chinese Dictionary*, creativity is defined as "creative ideas, concepts, etc." When an idea emerges, the initial idea is often incomplete, unsystematic, and incomplete. It typically requires thought, discussion, and review to confirm its compliance, derivative potential, and contribution before it can be refined and included in the idea repository. This process can be collectively referred to as the "creativity stage." After the idea is refined, it needs to be implemented until it is transformed into a concrete object. The process of implementing an idea is usually called a task, project, engineering project, plan, or action. This process can be collectively referred to as the "implementation stage." Through implementation, an idea can generate a concrete object. In a smart community, when a concrete object creates economic and social value, based on the smart community's full-process rights recording mechanism, by tracing back, one can obtain all the digital ownership certificates included in the entire process from the initial idea to the implementation of the concrete object and the creation of economic and social value. According to the smart community's pre-set revenue distribution rules, contributors to the entire process can participate in revenue distribution based on these digital ownership certificates. This process can be collectively referred to as the "distribution stage."

[0062] By leveraging collective intelligence through intelligent collaborative communities, a more advantageous value creation mechanism can be provided for creative ideas. Observing the history of human society in generating, implementing, and creating value from ideas reveals that it is extremely difficult and arduous for individual intelligence alone to complete the entire process from initial idea to concrete implementation and ultimately to the creation of economic and social value. In the past century, with the development of human civilization, the complexity of various fields and industries has increased, and multi-field, multi-professional, and multi-role collaboration has deepened, making it even more difficult for individual intelligence to complete the entire process from initial idea to implementation and value creation. Since the 2020s, with the development of various AIGC and intelligent agent tools, completing the entire process from initial idea to implementation and value creation with individual or team intelligence seems easier than before. However, the social reach of individuals or teams is ultimately limited, and they face problems such as creative exhaustion, cognitive limitations, and limited energy. Even super-intelligent machine intelligence, such as super-general AI, is constrained by the localization of knowledge data, the limited energy supply, the economics of intelligent processing, and the security of operational permissions. Therefore, regardless of whether it's human or machine intelligence, the cost and quality of creating concrete objects are significantly limited by individual or team intelligence alone. Observing the history of nature and human society reveals that swarm intelligence possesses a generational advantage over individual and team intelligence. This advantage manifests in high-throughput trial and error, low-cost amortization of trial and error risks, and high-efficiency optimization with collectively shared benefits. Therefore, stimulating swarm intelligence through collaborative communities composed of numerous individuals is a more advantageous mechanism for creating creative value, enabling ideas to develop into concrete objects and create value more efficiently.

[0063] Intelligent collaborative communities include human users and machine intelligence users, forming a broad computing power network and creating intelligent communities with large computing power.

[0064] The concept of a generalized computing power network is a new one discovered when examining computing power networks from the perspective of the intelligent era. A generalized computing power network provides massive computing power for the intelligent era. A narrowly defined computing power network refers to the computing power network formed by computing power resources on the supply side. From this perspective, key innovations in the AI ​​industry to date, including sparse expert models, joint optimization of pre-training and inference, and workflows, have all focused solely on the supply side of computing power and fall within the scope of the narrowly defined computing power network. However, when examining computing power networks from the perspective of the intelligent era, it becomes clear that focusing solely on the supply side cannot yield the optimal solution for the intelligent era. Expanding the scope to include the demand side of computing power, joint optimization of the computing power network linking the demand and supply sides is necessary. Furthermore, including terminal devices and edge devices within the scope of the computing power network necessitates joint optimization of the computing power resources in the "device-edge-cloud" three-layer network. If we consider human intelligence as a form of computing power resource and include it in the scope of computing power networks, then we need to jointly optimize the computing power resources that coordinate the two domains of "human intelligence and machine intelligence". That is, we need to jointly optimize the human-machine environment intelligent system that covers the human intelligence domain and the machine intelligence domain through interpersonal collaboration, human-machine collaboration and machine-to-machine collaboration.

[0065] With the development of AI technology, various AIGC systems, specialized or general-purpose AI models, and specialized or general-purpose intelligent agents are demonstrating increasingly powerful intelligence. Operators of these machine intelligence systems can register as machine intelligence users in collaborative communities, participating in the creative development and implementation activities of the community through inter-machine and human-machine collaboration. The generalized computing power network composed of human and machine intelligence users is called an intelligent community. Intelligent communities enable collaborative communities to flexibly allocate intelligent resources through various collaborative methods such as interpersonal, inter-machine, and human-machine collaboration to carry out creative development and implementation activities, further stimulating higher-level collective intelligence.

[0066] In a smart community, the development process from ideation to value creation and profit distribution can be divided into three stages: the ideation stage, the implementation stage, and the distribution stage.

[0067] This invention proposes a method for processing creative revenue distribution information, determining the revenue distribution amount for a creative idea, so that when a creative idea creates value, its contributors can participate in the subsequent distribution of value. According to the technical solution of this invention, creative revenue distribution information can be managed systematically and in a standardized manner.

[0068] Figure 1 A flowchart illustrating a method for processing creative revenue allocation information according to an example embodiment is shown.

[0069] See Figure 1 In S101, in response to the selection of the task initiator, the first creative record is selected from the creative library.

[0070] According to some embodiments, the creative library includes one or more creative records. The creative record includes creative content information, creative relationship information, and creative owner information. The creative content information is used to express the corresponding creative idea, and the creative relationship information is used to describe the relationship between the corresponding creative idea and the creative ideas corresponding to other creative records included in the creative library.

[0071] In this application, the concept of "creative owner" should be interpreted broadly. For example, the creative applicant can be the creative owner at the time the creative record is created. In the event of subsequent changes, the creative owner can correspond to a new owner or beneficiary.

[0072] According to some implementations, once an idea is assigned ownership credentials via an NFT, the token ID of that idea NFT remains fixed, and its associated tokenURI (i.e., the metadata address of the idea NFT) also typically remains unchanged. When the ownership of the idea NFT changes (i.e., the digital asset is traded / transferred), within the idea NFT smart contract, only the owner address corresponding to the idea NFT's token ID is modified from the original owner address to a new owner address; that is, the mapping relationship changes only. When NFT ownership is traded, the idea's token ID and tokenURI do not change.

[0073] According to some embodiments, the creative relationship information includes creative inheritance information.

[0074] According to some embodiments, in a smart community, users can input creative content information and apply to have their creative idea set as the root creative idea. According to some embodiments, users submit creative ideas and apply to have them set as descendant creative nodes that directly inherit from one or more creative ideas in a creative family. The one or more creative ideas are the direct ancestors of the descendant creative nodes.

[0075] According to some embodiments, the creative library can be stored using relational databases, graph databases, blockchain-native databases, Merkle DAGs, or decentralized file systems like IPFS. This invention does not limit the storage method of the creative library. Creatives in the database can form one or more creative families, and the topology of these families is represented by a graph structure, specifically a directed acyclic graph. Graph databases natively support non-strict hierarchical associations and offer high query efficiency. In a graph database, nodes represent creative units, and node attributes can be flexibly defined (e.g., creative ID, title, creative content information, creative relationship information, creation time, applicant information, owner information, tags, creative increment information, and the proportion of creative stages in total revenue). Edges represent relationships between creatives, such as inheritance relationships and revision relationships. According to some embodiments, the creative library records creatives using data tables and / or topology graphs. The creative increment information describes the creative increment of the corresponding creative compared to its direct predecessor.

[0076] In S103, in response to the request from the task initiator, a first task is published, the first task being based on a first idea, and the first idea corresponding to the first idea record.

[0077] According to some embodiments, users of the smart community select appropriate creative nodes as the implementation objects of their activities. Based on the creative content of the implementation object creative nodes, the smart community users initiate the implementation phase, carrying out implementation activities that transform the implementation object creative nodes into concrete objects.

[0078] According to some embodiments, the first idea may be inherited from the root idea.

[0079] According to some embodiments, the first creative idea is associated with the first creative idea revenue allocation constraint information, the first task is associated with the first task revenue allocation constraint information, and the first task revenue allocation constraint information includes constraint information corresponding to the first creative idea revenue allocation constraint information.

[0080] According to some embodiments, the smart community user initiates a task within the smart community based on the content of the creative node of the implementation object. Initiating a task includes the entire process of determining a task template, inputting task setting information, carrying out the task creation process, task acceptance, and creating economic and social value.

[0081] According to some implementations, when a user confirms the publication of a task, the smart community records the task data block on the blockchain for authorization. Once a task data block is recorded on the blockchain for authorization, it is published within the community, enabling users with the necessary permissions to access or be pushed to the task.

[0082] According to some implementations, when a user initiates a task, after completing the task setting information input and generating a task data block, the user must first submit a task release application. Upon receiving the user's task release application, the intelligent community reviews whether the content of the task data block meets the task release conditions. If the review passes, the task can be released. If the review fails, the user's task release application is rejected and submitted for discussion with the user and other relevant users in the intelligent community.

[0083] According to some embodiments, after an idea is recorded and authorized on the blockchain, it is published within the community. The community adds the idea to its idea library, making it accessible or pushed to users with the necessary permissions within the community. A root idea can subsequently derive descendant idea nodes, thus forming a corresponding idea family. When a root idea forms a corresponding idea family, the root idea is the root idea node of that idea family.

[0084] In S105, when the first task distributes the revenue, the information of the creative owners participating in the distribution is obtained based on the creative relationship information corresponding to the first creative, and the revenue share information of the creative owners participating in the distribution is obtained.

[0085] According to some embodiments, in the creative library, starting with the first creative idea and tracing back all predecessor creative ideas to the root creative idea, the set of all obtained creative ideas is taken as the first creative snapshot corresponding to the first creative idea. Based on the "genealogy" tracing of the first creative idea, all starting creative ideas that directly or indirectly influenced the first creative idea can be identified, i.e., the root creative idea, and the set of all these creative ideas constitutes the first creative snapshot. Based on the first creative snapshot, information on all creative owners participating in the allocation is obtained, i.e., information on each creative owner participating in the creation within the creative set. Then, the revenue allocation constraint information for the first creative idea is obtained. Based on the first creative snapshot and the first creative revenue allocation constraint information, the revenue share information of all creative owners participating in the allocation is obtained.

[0086] According to some embodiments, based on the first creative snapshot and the creative increment information of each creative in the first creative snapshot, the revenue ratio of the creative owner of each creative in the first creative snapshot is calculated; the total revenue share is obtained; based on the first creative revenue allocation constraint information and the total revenue share, the total creative revenue share is obtained; based on the revenue ratio and the total creative revenue share, the revenue share information of all creative owners participating in the allocation is obtained.

[0087] According to some embodiments, the total share of revenue corresponding to the task may come from the revenue distribution message issued by the system.

[0088] According to some embodiments, the first task is associated with first task revenue allocation constraint information, which includes constraint information corresponding to the first creative revenue allocation constraint information. During subsequent revenue allocation, the revenue allocation constraint information corresponding to the first creative revenue allocation constraint information can be obtained from the first task revenue allocation constraint information. However, it is readily understood that the first creative revenue allocation constraint information can also be obtained directly, rather than through the first task revenue allocation constraint information.

[0089] According to some embodiments, the first task revenue allocation constraint information may include the total revenue of the task. According to other embodiments, the first task revenue allocation constraint information may include the form of revenue and the form of allocation, such as the form of revenue including equity allocation, licensing revenue and / or direct market profits of products or services.

[0090] According to an embodiment of the present invention, in an intelligent community, a user can input creative content information and creative relationship information, and set the creative relationship information to indicate whether the creative is a root creative or a descendant creative and to indicate that it directly inherits from a creative, and then submit a creative application. After receiving a creative application, the intelligent community uses an AI review model and community creative reviewers to review the creative. If the creative meets the creative review criteria, it passes the review. After passing the review, the creative becomes a root creative or a descendant creative, and the intelligent community adds the creative to its creative library.

[0091] Once a concrete object is created through creative processes, it possesses the conditions to generate economic and social value. After this concrete object generates economic and social value, the intelligent community distributes the profits when pre-set trigger conditions are met. According to the technical solution of this invention, creative profit distribution information can be systematically and standardizedly managed, contributing to the construction of a creative-friendly society.

[0092] Figure 2 A flowchart of a method for processing creative revenue allocation information is shown according to another embodiment.

[0093] See Figure 2 In S201, responding to the first user input, the first creative record is added to the creative library.

[0094] According to some embodiments, the creative library includes one or more creative records. The creative record includes creative content information, creative relationship information, creative owner information, and creative revenue distribution constraint information. The creative content information is used to express the corresponding creative, and the creative relationship information is used to describe the relationship between the corresponding creative and the creative corresponding to other creative records included in the creative library.

[0095] According to some embodiments, in a smart community, users can input creative content information and creative relationship information, and set the creative relationship information to set the creative as the root creative or set it to directly inherit the creative, and then submit a creative application.

[0096] In S203, the first task is obtained based on the first idea.

[0097] According to some embodiments, after a user adds a first creative record in S201, a first task based on the first creative can be created. As mentioned above, the first task is based on the first creative, which corresponds to the first creative record. By tracing back the "genealogy" of the first creative, all root creatives that have directly or indirectly influenced the first creative can be identified. Smart community users can choose a creative family for which they have access and select a suitable creative node within that family as the implementation target creative node for the implementation activity. Based on the creative content of the implementation target creative node, the smart community user initiates the implementation phase, carrying out the implementation activity of transforming the implementation target creative node into a concrete object. The applicant of the first creative can obtain all tasks based on the first creative, including the first task, through the user device client application.

[0098] In S205, after the first task carries out revenue distribution, the revenue share information of the creative owner of the first creative idea is obtained.

[0099] According to some embodiments, the first creative idea corresponds to the first creative idea record, and the first task is associated with first task revenue allocation constraint information. The first task revenue allocation constraint information includes constraint information corresponding to the revenue allocation constraint information of the first creative idea. During subsequent revenue allocation, the revenue allocation constraint information corresponding to the revenue allocation constraint information of the first creative idea can be obtained from the first task revenue allocation constraint information. However, it is easy to understand that the revenue allocation constraint information of the first creative idea can also be obtained directly, rather than through the first task revenue allocation constraint information.

[0100] According to some embodiments, the first task revenue allocation constraint information may include the total revenue of the task. According to other embodiments, the first task revenue allocation constraint information may include the form of revenue and the form of allocation, such as the form of revenue including equity allocation, licensing revenue and / or direct market profits of products or services.

[0101] According to some embodiments, the revenue share of each creative owner in the first creative snapshot can be calculated based on the first creative snapshot and the creative increment information of each creative in the first creative snapshot. The total creative revenue share can be obtained based on the first creative revenue allocation constraint information and the total revenue share. The revenue share information of all creative owners participating in the allocation can be derived from the calculation results based on the revenue share and the total creative revenue share.

[0102] According to some embodiments, the total share of revenue corresponding to the task may come from the revenue distribution message issued by the system.

[0103] Figure 3 A flowchart of a method for processing creative revenue allocation information is shown according to another embodiment.

[0104] See Figure 3 In S301, in response to the selection of the task initiator, the first creative record is selected from the creative library.

[0105] According to some embodiments, the creative library includes one or more creative records. The creative record includes creative content information, creative relationship information, creative owner information, and creative revenue distribution constraint information. The creative content information is used to express the corresponding creative, and the creative relationship information is used to describe the relationship between the corresponding creative and the creative corresponding to other creative records included in the creative library.

[0106] In S303, in response to the operation of the task initiator, the first task is published.

[0107] According to some embodiments, after selecting the first creative record in the creative library, the first task is published.

[0108] According to some embodiments, the first task is based on a first idea, the first idea corresponds to the first idea record, the first task is associated with first task revenue allocation constraint information, and the first task revenue allocation constraint information includes constraint information corresponding to the first idea revenue allocation constraint information.

[0109] In S305, after the first task carries out revenue distribution, the information of the creative owners participating in the distribution and the revenue share information of the creative owners participating in the distribution are obtained.

[0110] According to some embodiments, the creative owner information participating in the allocation and the revenue share information of the creative owner participating in the allocation are obtained based on the creative relationship information corresponding to the first creative.

[0111] According to some embodiments, a task generates a concrete object. After the concrete object creates economic value, revenue distribution is triggered when pre-set trigger conditions are met. The amount of economic value created by the task is obtained, the current total distributable revenue is determined, the task's data block is read, and the implementation creative node information and the allocation ratio of the creative stage in the total task revenue are obtained. Based on the current total distributable revenue and the "allocation ratio of the creative stage in the total task revenue," the amount to be allocated to the creative stage corresponding to the task is determined.

[0112] According to some embodiments, a creative snapshot corresponding to the implemented creative node is obtained. Based on the creative snapshot, the information of each creative node participating in the allocation and its corresponding creative owner is determined. Based on the creative relationship information and creative increment information of each creative node in the creative snapshot, the allocation ratio of each creative node is determined. Based on the amount to be allocated for the creative stage corresponding to the task and the allocation ratio of each creative node participating in the allocation, the allocation amount for each creative node participating in the allocation is determined, and the revenue amount for each creative owner participating in the allocation is obtained.

[0113] Figure 4 A schematic diagram of an apparatus for processing creative revenue allocation information is shown according to an example embodiment.

[0114] See Figure 4 According to an example embodiment, the apparatus for processing creative revenue distribution information includes a creative recording module, a task publishing module, and a revenue distribution module. The creative recording module, in response to a task initiator's selection, selects a first creative record from a creative library. The creative library includes one or more creative records, each including creative content information, creative relationship information, and creative owner information. The creative content information expresses the corresponding creative idea, and the creative relationship information describes the relationship between the corresponding creative idea and other creative records in the creative library. The task publishing module, in response to the task initiator's application, publishes a first task based on a first creative idea, which corresponds to the first creative record. The revenue distribution module, when distributing revenue for the first task, obtains the information of the creative owners participating in the distribution based on the creative relationship information corresponding to the first creative idea, and obtains the revenue share information of the participating creative owners. Figure 4 The device shown is Figure 1 The methods shown correspond to each other, and the same content will not be repeated.

[0115] Figure 5 This diagram illustrates the overall business process for creative revenue allocation according to some embodiments.

[0116] In the smart community, the overall business process for allocating revenue to creative ideas can be found here. Figure 5 As shown, the entire process from ideation to value creation and profit distribution includes three stages: ideation, implementation, and distribution.

[0117] According to some embodiments, a root idea is formed: In a smart community, users can input creative content information and apply to set the idea as the root idea.

[0118] Forming Descendant Creativity: Smart community users can choose a creative family they have access to and select one or more suitable creative nodes as direct inheriting creative nodes. Starting from the direct inheriting creative nodes, they can create creativity that expands the creative ideas of the direct inheriting creative nodes, enriches the creative connotation of the direct inheriting creative nodes, and contributes creative ideas and concepts to the creative library.

[0119] According to some embodiments, in a smart community, a user submits the idea and requests that the idea be set as a descendant idea node of the direct inheriting idea node of the idea family.

[0120] A root idea, if interesting, engaging, or valuable, will attract users in the smart community to choose this root idea node as a direct inheritor to create new descendant ideas. Users then further refine this root idea, expanding its creative thinking, enriching its content, and creating second-generation creative nodes, thus forming a richer creative family. Within a creative family, if the content of a creative node is interesting, engaging, or valuable, it will attract users in the smart community to choose this creative node as a direct inheritor to create new descendant creative nodes, thereby driving the creative family to further expand its creative thinking and enrich its content. Within a creative family, as more and more descendant creative nodes derive from the root idea, the creative family's content becomes increasingly rich, making it more likely to move the idea in a feasible direction.

[0121] According to some embodiments, in a creative family, each creative node corresponds to a creative snapshot based on the family genealogy. The process of obtaining the corresponding creative snapshot for a creative node is as follows: For the root creative node, its corresponding creative snapshot has one node, namely the root creative node; for a second-generation descendant creative, if its directly inherited creative node is a root creative node, then its corresponding creative snapshot has two nodes, namely its own node and the root creative node; for each descendant creative node, its directly inherited creative node can be obtained, and this process is iterated according to the family genealogy until the root creative node of this creative family is obtained.

[0122] According to some embodiments, for a creative node, the process of obtaining the corresponding creative snapshot ends when the root creative node is an independent root creative node. Furthermore, when the creative node has multiple directly inherited creatives, i.e., the creative node is a cross-derived creative node, the process of obtaining the creative snapshot further includes: obtaining multiple directly inherited creative nodes of the cross-derived creative node; for each directly inherited creative node, according to the creative family tree, continuing to obtain the directly inherited creative nodes that each directly inherited creative node possesses. This process is iterated until the root creative node is obtained, at which point the iteration process ends.

[0123] According to some embodiments, the following are the business processes during the implementation phase.

[0124] According to some embodiments, a smart community user can independently select a creative family within which they have access rights, and then choose a suitable creative node as the implementation target creative node for an implementation activity. Based on the creative content of the implementation target creative node, the smart community user initiates the implementation phase, carrying out the implementation activity of transforming the implementation target creative node into a concrete object.

[0125] According to some embodiments, the smart community user initiates a task within the smart community based on the content of the creative node of the implementation object. This includes the entire process of: determining the task template, inputting task setting information, carrying out the task creation process, task acceptance, and creating economic and social value.

[0126] Specifically, in the smart community, the implementation activity of transforming ideas into concrete objects is carried out through tasks. When a user initiates a task based on an idea from the smart community, the user should set the idea as the implementation object's idea node when inputting task settings information. After the user completes the task settings input and settings, a task data block is generated, and the task is published. In particular, the task data block includes the implementation object idea node information, as well as the "ideal distribution ratio of the idea stage in the total revenue" corresponding to the implementation object idea node. It is easy to understand that the idea stage distribution ratio in the task data block corresponds to the idea stage distribution ratio of the implementation object idea node.

[0127] According to some embodiments, when a user confirms the publication of a task, the smart community records the task data block on the blockchain for authorization. Once a task data block is recorded on the blockchain, it is published within the community, allowing users with the necessary permissions to access or be pushed to the task. Furthermore, when initiating a task, after completing the task setting information input and generating the task data block, the user must first submit a task publication application.

[0128] According to some embodiments, after receiving a user's task publishing application, the smart community reviews whether the content of the task data block meets the task publishing conditions. If the review is successful, the task can be published. The smart community then records the task data block's permissions on the blockchain. Once a task data block is recorded on the blockchain, it is published within the community, allowing users with the necessary permissions to access or be pushed to the task. If the review fails, the user's task publishing application is rejected and submitted for discussion with other relevant users in the smart community.

[0129] According to some embodiments, the task release conditions include: not violating the laws of the country or region where the task is located, not violating public order and good morals of the country or region where the task is located, and not infringing intellectual property rights; determining whether the content in the task data block is related to existing creative families in the smart community; if related, determining the implementation object creative node of the specific related creative family, and then comparing the implementation object creative node of the related creative family with the implementation object creative node included in the task data block; if the task data block includes implementation object creative nodes, and the implementation object creative node information is consistent with the implementation object creative node of the related creative family, then the task release conditions are met; if the task data block does not include implementation object creative nodes, or the implementation object creative nodes included in the task data block are inconsistent with the implementation object creative nodes of the related creative family, then the task release conditions are not met.

[0130] According to some embodiments, the following is the business process for the allocation phase.

[0131] According to some embodiments, the system pre-sets revenue distribution rules before the creative stage begins. For different types of creative families, the system sets the distribution ratio of the ideas within those families in the total revenue generated from subsequent value creation. For example, for story-based creative families, the distribution ratio in the total revenue is set to 20%; for invention-based creative families, the distribution ratio is set to 10%; and for scientific research-based creative families, the distribution ratio is set to 5%.

[0132] Specifically, the aforementioned "formation of a root idea" or "formation of a descendant idea" should also include the following steps: In the intelligent community, users can input creative content information and creative relationship information, and set the creative relationship information as either a root idea or a directly inherited idea, and then submit an idea application; after receiving an idea application, the intelligent community uses an AI review model and community idea reviewers to review the idea. If the idea meets the idea review criteria, it passes the review. These criteria include: not violating the laws of the country or region, not violating public order and good morals of the country or region, not infringing intellectual property rights, contributing creative ideas and concepts to the intelligent community's idea library (and calculating the idea's creative increment information), and accurate creative relationship information (not belonging to any existing creative family's root idea in the intelligent community, or a descendant idea of ​​one or more directly inherited ideas). If the review is passed, the idea becomes a root idea or a descendant idea, and the intelligent community adds the idea to its idea library.

[0133] Specifically, for the creative family to which the creative idea belongs, the intelligent community also needs to determine the proportion of its creative stage in the total revenue. Specifically, the intelligent community first needs to determine the domain to which the creative idea belongs, and then, based on the domain, determine the proportion of the creative stage in the total revenue when the creative idea is selected as the implementation target creative node.

[0134] According to some embodiments, after a user's creative application is approved, a creative data block is generated, the creative is added to the creative library, and the creative is published. Specifically, the creative data block includes the creative content information input by the user, as well as information on the directly inheriting creative nodes of the creative. In particular, the creative data block also includes the allocation ratio of the creative stage in the total revenue when the creative is selected as an implementation target creative node.

[0135] According to some embodiments, when an idea is published, the smart community records the rights and permissions of the idea data block on the blockchain. After an idea is recorded on the blockchain, it is published within the community. The community adds the idea to the idea library, making it accessible or pushed to users within the community with the necessary permissions. A root idea can subsequently derive descendant idea nodes, thus forming a corresponding idea family. When a root idea forms a corresponding idea family, the root idea is the root idea node of that idea family.

[0136] Specifically, for a descendant idea derived from an existing idea, the descendant idea inherits the "proportion of the creative stage in the total revenue" from the directly inherited idea. That is, within an idea family, the creative data block of the descendant idea includes the proportion of the creative stage in the total revenue. Furthermore, the "proportion of the creative stage in the total revenue" of the descendant idea is equal to the "proportion of the creative stage in the total revenue" of the directly inherited idea.

[0137] Furthermore, when the creative node has multiple directly inherited creatives, that is, when the creative node is a cross-derived creative node, the "distribution ratio of the creative stage in the total revenue" of the cross-derived creative is equal to the maximum value of the "distribution ratio of the creative stage in the total revenue" of the multiple directly inherited creatives.

[0138] Of course, other methods can also be used to determine the "distribution ratio of the creative stage in the total revenue" of the cross-derived creative. For example, the "distribution ratio of the creative stage in the total revenue" of the cross-derived creative can be set as the average of the "distribution ratios of the creative stage in the total revenue" of the multiple directly inherited creatives. This invention does not limit the method for determining the "distribution ratio of the creative stage in the total revenue" of the cross-derived creative.

[0139] According to some embodiments, during the creative stage, revenue distribution rules need to be pre-set for each creative idea before its release. In the intelligent community, when a user submits a creative application, if it passes review, revenue distribution rules for the creative node must also be set. Specifically, the creative data block, in addition to including: the creative content information input by the user, the creative relationship information, and the creative increment information, should also include: the "revenue distribution ratio of the creative stage in the total revenue" when the creative idea is implemented as a creative node. Specifically, in the intelligent community, after a user's submitted creative application passes review, the revenue distribution ratio information of the creative node in its creative snapshot is also the creative increment information.

[0140] According to some embodiments, once a family of ideas is implemented and a concrete object is generated, it possesses the conditions to create economic and social value. After the concrete object creates economic and social value, the intelligent community distributes the benefits when the pre-set trigger conditions are met. Specifically, in the intelligent community, the implementation activity of transforming ideas into concrete objects is carried out through tasks.

[0141] According to some embodiments, the steps for distributing profits are as follows.

[0142] 1) The task generates a concrete object (digital work). After the concrete object creates economic value, the revenue distribution subsystem of the smart community will carry out revenue distribution when the pre-set trigger conditions are met.

[0143] 2) The revenue distribution subsystem obtains the amount of economic value created by the task and determines the total revenue that can be distributed at present.

[0144] 3) Read the task data block of the task, obtain the implementation creative node information, and read the "distribution ratio of the creative stage in the total revenue" corresponding to the implementation creative node in the task data block.

[0145] 4) Determine the amount to be allocated to the creative stage corresponding to the task based on the current total distributable revenue and the "distribution ratio of the creative stage in the total revenue".

[0146] 5) Obtain the creative snapshot corresponding to the implemented creative node.

[0147] 6) Based on the creative snapshot, determine each creative node participating in the allocation.

[0148] 7) Determine the allocation ratio of each creative node based on the creative increment information of each creative node.

[0149] 8) Determine the allocation amount for each creative node participating in the allocation based on the amount to be allocated for the creative stage corresponding to the task and the allocation ratio of each creative node participating in the allocation.

[0150] The following describes several examples for implementation in collaborative communities.

[0151] Business Example 1: A smart community with film and television collaborative creation capabilities assigns tasks and rewards to story ideas.

[0152] According to some embodiments, in the film and television industry, a major manifestation of creativity is story creation. In intelligent communities with collaborative film and television creation capabilities, a dedicated area for story creation is provided, offering a platform for publishing story ideas. Through the implementation of this invention, a post-production task compensation distribution service is provided for story creators.

[0153] According to some implementation examples, users join an intelligent community that provides collaborative film and television creation services. The intelligent community has a user service subsystem responsible for user registration, login, user identity information management, and user intelligent tag management. Users in the intelligent community include various identity types, such as: human expert users, machine intelligence community users, machine intelligence resource users, and platform support users.

[0154] According to some implementations, user A creates a story idea and a root idea Cre_ID (cn1). User A in the smart community inputs the story idea content and requests to set the story idea as the root idea.

[0155] Step C1: User A accesses the smart community through their user device and initiates a story creation activity.

[0156] Step C2: The user terminal or server generates a globally unique story creation identifier Cre_ID(cn1) for the current story creation activity, which can be a string.

[0157] Step C3: The user device acquires the target audience for the story creative activity.

[0158] Step C4: User A inputs creative information into the story creation activity object via their user device. This may specifically include the following information blocks: C4.1) Creative content information: Omitted.

[0159] C4.2) Creative Relationship Information: This creative does not have any directly inherited creatives in the creative library; this creative is the root creative.

[0160] C4.3) Creative Increment Information: As the root creative, its creative increment ratio is 100%.

[0161] C4.4) Category (optional): This idea belongs to the category of story creation.

[0162] C4.5) Proportion of the creative stage in the total revenue: When this idea is implemented, the proportion of the creative stage in the total revenue is 20%.

[0163] Step C5: User A generates a story idea data block and submits it for review via the user terminal. The story idea data block submission version includes the story idea identifier Cre_ID(cn1), each information block in the above-mentioned creative creation information, the story idea creator's identity information (such as user identifier and user A's public key), and the identifier of this creative data block DB[Cre_ID(cn1.0)].

[0164] Step C6: User A submits a story idea release application to the smart community. The story idea release application includes the story idea data block submission for review.

[0165] Step C7: After receiving the story idea publication application, the intelligent community uses an AI novelty search model and community creative reviewers to read the creative data block and submit a review version for review. The community creative reviewers can be machine intelligence users or machine intelligence-assisted human users; this invention does not limit them.

[0166] If the story idea meets the root idea requirements after review, the review will be approved.

[0167] Step C8: After the user's root creative application is approved, user A's user device uses its private key to digitally sign the approved version of the creative data block DB[Cre_ID(cn1)], generating a digital signature for the creative data block DB[Cre_ID(cn1)].

[0168] Step C9: Store the creative data block and generate the creative data block access address.

[0169] Step C10: The user device or server generates a creative data packet DP[Cre_ID(cn1)], which includes the following: creative data block access address, creative data block DB[Cre_ID(cn1)] digital signature, creative applicant identity information (such as user A's user ID and user public key), and creative data packet identifier DP[Cre_ID(cn1)].

[0170] Step C11: The user device or server publishes the creative data packet DP[Cre_ID(cn1)]. The smart community adds the creative to the creative library, and enables users with the right to know within the smart community to access or be pushed to the creative data packet.

[0171] An example of a publishing process is as follows: Step C11.1: The user terminal or server publishes the creative data packet to a suitable blockchain and obtains the blockchain access address as the index of the creative data packet. Specifically, this may include the following steps: Choose a suitable blockchain, whether it is a public chain, a consortium chain, or a private chain.

[0172] Develop creative data packages and publish smart contracts on the blockchain, then deploy them to the blockchain.

[0173] The creative publisher initiates a creative data package publishing transaction, calls the creative data package publishing smart contract on the blockchain, publishes the creative data package to the blockchain, and obtains the corresponding blockchain access address as the creative data package index.

[0174] Step C11.2: The user terminal or server uploads the creative data packet DP[Cre_ID(cn1)] to the creative zone. The smart community adds the creative to the creative library, making it accessible or accessible to smart community users.

[0175] After an idea is published, a snapshot of the idea node Cre_ID(cn1) can be found in the idea library of the smart community. Figure 6 As shown.

[0176] According to some embodiments, User B creates a story idea and a descendant idea Cre_ID(cn2). User B inputs the idea creation information into the story idea creation activity object through the user device, generates an idea data block, and submits the descendant idea application. After the idea application is approved, the user device or server publishes the idea data packet DP[Cre_ID(cn2)].

[0177] In the creative data packet DP[Cre_ID(cn2)], the creative creation information may include the following information blocks: Creative content information: Omitted.

[0178] Creative relationship information: Its direct descendant creative is Cre_ID(cn1). That is, this creative is set as a direct descendant creative derived from Cre_ID(cn1).

[0179] Creative increment information: The current creative increment ratio compared to its directly inherited creative Cre_ID(cn1) is 83.6%.

[0180] Category (optional): This idea belongs to the category of story creation.

[0181] The proportion of the creative stage in the total revenue: When this idea is implemented, the proportion of the creative stage in the total revenue is 20%.

[0182] After an idea is published, a snapshot of the idea node Cre_ID(cn2) can be found in the idea library of the smart community. Figure 7 As shown.

[0183] According to some implementations, user C creates a story idea and a root idea Cre_ID(cn3). User C in the smart community inputs the idea creation information, generates an idea data block, and submits a root idea application. After the idea application is approved, the user device or server publishes the idea data packet DP[Cre_ID(cn3)].

[0184] In the creative data packet DP[Cre_ID(cn3)], the creative creation information may include the following information blocks: Creative content information: Omitted.

[0185] Creative Relationship Information: This creative is the root creative and has no directly inherited creatives in the creative library.

[0186] Creative increment information: As the root creative, its creative increment ratio is 100%.

[0187] Category (optional): This idea belongs to the category of story creation.

[0188] The proportion of the creative stage in the total revenue: When this idea is implemented, the proportion of the creative stage in the total revenue is 20%.

[0189] After an idea is published, a snapshot of the idea node Cre_ID(cn3) can be found in the idea library of the smart community. Figure 8 As shown.

[0190] After the release of the two root creatives, Cre_ID(cn1) and Cre_ID(cn3), they generated a significant response within the AI ​​community, each spawning numerous descendant creative nodes and forming two creative families. For a genealogical diagram of the creative family formed by the root creative Cre_ID(cn1), please refer to [link to genealogy]. Figure 9 As shown, the creative family tree formed by the root creative Cre_ID(cn3) can be found in [link to relevant documentation]. Figure 10 As shown.

[0191] According to some embodiments, user E creates a story idea and creates a cross-derived descendant idea Cre_ID(cn5). User E in the smart community inputs the idea creation information, generates an idea data block, and submits a root idea application. After the idea application is approved, the user device or server publishes the idea data packet DP[Cre_ID(cn5)].

[0192] In the creative data packet DP[Cre_ID(cn5)], the creative creation information includes the following information blocks: Creative content information: omitted.

[0193] Creative relationship information: It directly inherits two creatives, namely Cre_ID(cn2) and Cre_ID(cn3).

[0194] Creative increment information: The current creative increment ratio compared to its directly inherited creative Cre_ID(cn2) is 257.9%. The current creative increment ratio compared to its directly inherited creative Cre_ID(cn3) is 172%. The current creative increment ratio compared to the combined content of its directly inherited creatives Cre_ID(cn2) and Cre_ID(cn3) is 74.4%.

[0195] Category (optional): This idea belongs to the category of story creation.

[0196] The proportion of the creative stage in the total revenue: When this idea is implemented, the proportion of the creative stage in the total revenue is 20%.

[0197] After an idea is published, a snapshot of the idea node Cre_ID(cn5) can be found in the idea library of the smart community. Figure 11 As shown.

[0198] According to some implementations, user F creates a story idea and a descendant idea Cre_ID(cn6). User F inputs the idea creation information, generates an idea data block, and submits the descendant idea application. After the idea application is approved, the user device or server publishes the idea data packet DP[Cre_ID(cn6)].

[0199] In the creative data packet DP[Cre_ID(cn6)], the creative creation information includes the following information blocks: Creative content information: omitted.

[0200] Creative relationship information: Its directly inherited creative is Cre_ID(cn5).

[0201] Creative increment information: The current creative increment ratio compared to its directly inherited creative Cre_ID(cn5) is 67%.

[0202] Category (optional): This idea belongs to the category of story creation.

[0203] The proportion of the creative stage in the total revenue: When this idea is implemented, the proportion of the creative stage in the total revenue is 20%.

[0204] After an idea is published, a snapshot of the idea node Cre_ID(cn6) can be found in the idea library of the smart community. Figure 12 As shown.

[0205] According to some implementation examples, user Mr. Wang initiates a collaborative creation task for a film and television drama, selecting Cre_ID(cn6) as the creative node to be implemented. Mr. Wang reads Cre_ID(cn6), feels the story idea is excellent, and hopes to initiate a collaborative creation task to adapt the story into a script and create a film or television drama based on this idea.

[0206] To initiate a collaborative film and television creation task, Mr. Wang first selected the "Collaborative Film and Television Creation A" task template (task template number 19886). The task template includes a task template description, an initial task status diagram for collaborative creation (sub-task system), a task tagging system (including a task reward distribution scheme), a content block clustering system, reference creation information, and task setting objects. See other existing applications mentioned in this application for details; they will not be repeated here. After obtaining the task template, users can input task setting information into the task setting objects of the task template through their user devices, based on the collaborative creation requirements. After the system confirms that the task setting information is complete and valid, the task management subsystem generates a system-wide unique task number, Task_ID (986225), for this task.

[0207] According to some embodiments, the task setting information is provided to the creator, who then inputs creation information based on the task setting information and related subtask description information, etc. The task setting information is also used to generate a content block by a content block generation method.

[0208] According to some embodiments, the task setting information also includes information block 2: information about the implementation object creative node used in this task. Input: Story creative Cre_ID (cn6).

[0209] Additionally, in another information block 5, you can set the task reward for film and television production, such as RMB 100,000.

[0210] According to some embodiments, corresponding to the distribution ratio of the creative stage in the total revenue included in the story idea Cre_ID(cn6), the distribution ratio of the creative stage in the total task revenue is set to 20% in the task reward distribution scheme in the task setting information (e.g., set through the task tag system). Other aspects of the task reward distribution scheme are not adjusted, and the preset settings in the task template are maintained.

[0211] After the task is set, the system generates a creation information data block and publishes a creation information data packet. Specific methods or processes can be found in the relevant patent applications filed by the applicant in the background section, and will not be repeated here. After the user device or server publishes the task data packet, relevant users in the smart community can access or be pushed to the task data packet.

[0212] According to some implementations, the intelligent community conducts a collaborative creation task (Task_ID 986225) for film and television works, resulting in a complete draft. After the collaborative creation task (Task_ID 986225) is published, collaborative creation begins in the intelligent community. As the collaborative creation progresses, each subtask in the task state diagram acquires execution content, and this task forms a complete draft. See the task state diagram of the complete draft (level 2 subtasks). Figure 13 As shown, see the complete task state diagram (level 3 subtasks). Figure 14 , Figure 15 , Figure 16 As shown, see the full document snapshot. Figure 17 As shown. The complete manuscript corresponds to the work created by Director Li, which is included in the execution content [T3, Director Li (2)]. Click the file icon in the upper left corner of the trapezoidal box of the execution content [T3, Director Li (2)] or click the view work icon at the top of the page to retrieve the complete manuscript content.

[0213] According to some implementation examples, user Mr. Wang finalizes the film / television collaborative creation task Task_ID (986225). After reviewing the work, Mr. Wang is satisfied and clicks the confirmation icon at the top of the page to confirm this complete draft as the final draft. The snapshot of this complete draft becomes the final draft information snapshot of Task_ID (986225) (see...). Figure 18 The final draft information snapshot includes task information (task data package) for the collaborative task Task_ID (986225) and information on each execution content included in the final draft (execution content data package).

[0214] According to some embodiments, the task reward distribution scheme for the final draft of the collaborative film and television creation task Task_ID (986225) is retrieved. After Mr. Wang confirms the final draft, according to pre-set rules, the task management subsystem of the collaborative community sends a task reward distribution message to the task reward distribution smart contract on the blockchain. The task reward distribution message carries a snapshot of the final draft information confirmed by Mr. Wang. The task reward distribution message triggers the task reward distribution smart contract on the blockchain to execute the task reward distribution. Furthermore, the task management subsystem of the collaborative community can close the collaborative film and television creation task Task_ID (986225), making all subtasks in this task uncreative. Community user devices with browsing permissions can retrieve the task reward distribution scheme for this final draft. For example, human users can view the task reward distribution scheme by clicking the revenue distribution icon at the top of the page (see...). Figure 19 As shown in the figure, for machine intelligence users, the task reward distribution plan can be retrieved through the program interface.

[0215] The task reward distribution smart contract on the blockchain receives the task reward distribution message and initiates a task reward distribution transaction.

[0216] By using the snapshot information of the final draft of task {Task_ID(986225)} included in the task reward distribution message, the task reward distribution smart contract can obtain the task reward distribution plan for the final draft of the film and television work Task_ID (986225) and carry out task reward distribution accordingly. The task reward distribution includes the distribution of task income to creators such as task template, task setter, and execution content included in the snapshot information, as well as the distribution of creative income to each creative owner who made creative contributions to this task.

[0217] The process of distributing task revenue is detailed in the prior patent of the swarm intelligence patent cluster, “China Publication No. CN118429010A 'Method, Apparatus, Equipment and Storage Medium for Distributing Rights to Digital Works'”, and will not be repeated here.

[0218] The creative revenue distribution process is further described below: The information regarding the allocation ratio of the creative stage in the total revenue for the story idea Cre_ID(cn6) is as follows: the allocation ratio of the creative stage in the task revenue is 20%. The task setting information for Task_ID(986225) shows that the allocation ratio of the creative stage in the task reward distribution plan is 20%. The corresponding allocation amount for the creative stage is RMB 100,000 × creative stage allocation ratio 20% = RMB 20,000.

[0219] The allocation amount for task rewards during the creative phase is shared by all creative nodes in the creative snapshot of the implementation object. Therefore, it is necessary to first obtain the creative snapshot of the implementation object's creative nodes. Then, according to the creative family allocation rules, the allocation ratio and amount for each creative node in the creative snapshot are determined.

[0220] The creative revenue distribution subsystem obtains the creative snapshot of the story creative node Cre_ID(cn6) according to the above creative genealogy acquisition method.

[0221] By reading the story idea data packet DP[Cre_ID(cn6)], we can obtain its predecessor interface node Cre_ID(cn5).

[0222] Cre_ID(cn5) is a cross-derived story idea node. By reading the story idea data packet DP[Cre_ID(cn5)], its parent interface nodes Cre_ID(cn2) and Cre_ID(cn3) can be obtained. Cre_ID(cn2) and Cre_ID(cn3) belong to two different story idea families.

[0223] By reading the story idea data packet DP[Cre_ID(cn2], we can obtain its predecessor interface node Cre_ID(cn1).

[0224] By reading the story idea data packet DP[Cre_ID(cn1], it is known that Cre_ID(cn1) is the root idea.

[0225] By reading the story idea data packet DP[Cre_ID(cn3], it is known that Cre_ID(cn3) is the root idea.

[0226] In summary, for the creative snapshot of the implementation object's creative node Cre_ID(cn6), please refer to [link / reference]. Figure 20 As shown.

[0227] In the creative phase, the task reward amount in the task reward distribution is shared by all creative nodes in the creative snapshot of the implementation object's creative idea. After obtaining the creative snapshot of the implementation object's creative nodes, the owner, distribution ratio, and distribution amount of each creative node in the creative snapshot can be determined according to the creative family distribution rules.

[0228] The allocation ratio for the task remuneration in the final draft of the film and television work with Task ID (986225) during the creative stage is determined to be 20%, and the allocation amount is 20,000 yuan.

[0229] The creative snapshots of the implementation object's creative node Cre_ID(cn6) include a total of 5 nodes.

[0230] Based on the creative incremental information, determine the owner, allocation ratio, and amount of each creative node in the creative snapshot of Cre_ID(cn6). The determination method is as follows: 1) Cre_ID(cn6), owned by user F, with an allocation ratio of 67% ÷ (67% + 100%) = 40.12%, and an allocation amount of 20000 × 40.12% = 8024 yuan.

[0231] The remaining allocation amount is 1 = 20000 - 8024 = 11976 yuan.

[0232] 2) Cre_ID(cn5), owned by user E. Cre_ID(cn5) is a cross-derived creative node, whose predecessor interface nodes include Cre_ID(cn2) and Cre_ID(cn3). The creative increment of Cre_ID(cn5) compared to its directly inherited creative Cre_ID(cn2) and Cre_ID(cn3) combined content is 74.4%. Therefore, the allocation ratio of Cre_ID(cn5) in the remaining allocation amount 1 is determined to be 74.4% ÷ (74.4% + 100%) = 42.66%, and the allocation amount is 11976 × 42.66% = 5109 yuan.

[0233] The remaining allocation amount is 2 - 11976 - 5109 = 6867 yuan.

[0234] Cre_ID(cn5) shows a creative increase of 257.9% compared to its directly inherited creative Cre_ID(cn2), and a creative increase of 172% compared to its directly inherited creative Cre_ID(cn3). Therefore, The distribution ratio of the creative snapshot of Cre_ID(cn2) in the remaining allocation amount 2 is determined to be 257.9% ÷ (257.9% + 172%) = 257.9% ÷ 429.9% = 60%, and the corresponding remaining allocation amount 3 is 6867 × 60% = 4120.2 yuan; The distribution ratio of the creative snapshot of Cre_ID(cn3) in the remaining allocation amount 2 is determined to be 172% ÷ (257.9% + 172%) = 172% ÷ 429.9% = 40%, and the corresponding allocation amount 4 is 6867 × 40% = 2746.8 yuan.

[0235] The creative snapshot of Cre_ID(cn2) includes two nodes: Cre_ID(cn2) and Cre_ID(cn1).

[0236] Cre_ID(cn2), owned by user B, has an allocation ratio of 83.6% ÷ (83.6% + 100%) = 45.53%, and the allocated amount is the remaining allocation amount of 3 × 45.53% = 4120.2 × 45.53% = 1875.93 yuan.

[0237] Cre_ID(cn1), owned by user A, has an allocation ratio of 100% ÷ (83.6% + 100%) = 54.47%, and the allocation amount is the remaining allocation amount of 3 × 54.47% = 4120.2 × 54.47% = 2244.12 yuan.

[0238] A Cre_ID(cn3) creative snapshot consists of 1 node Cre_ID(cn3).

[0239] Cre_ID(cn1), owned by user C, with an allocation ratio of 100%, and an allocation amount of 4 × 100% = 2746.8 yuan (the remaining allocation amount).

[0240] Based on the determined owners and the allocated amounts, the task reward distribution smart contract transfers funds from the task reward account of Task_ID (986225) to the receiving accounts of the respective owners, thus completing the task reward distribution service for story creators.

[0241] Of course, implementers of this invention may also use other technologies, such as relational databases and corresponding accounts, instead of blockchain and smart contracts, to conduct idea authorization and revenue sharing. However, the logical process of conducting idea authorization and revenue sharing is similar. This invention does not limit this process.

[0242] Business Example 2: Intelligent communities with film and television collaborative creation capabilities allocate copyright revenue to story ideas.

[0243] According to some embodiments, in a smart community with film and television collaborative creation business, participants in creating film and television works can conditionally share not only the task rewards from the task publisher as in business example 1, but also the copyright revenue generated by the film and television works.

[0244] According to some embodiments, for the method of allocating copyright revenue to story ideas in a smart community, the task setting information must also include the creative node information of the implementation object used in this task. Furthermore, the task reward allocation scheme in the task setting information must also pre-set the "allocation ratio of the creative stage in the task's copyright revenue." This allocation ratio corresponds to the "allocation ratio information of the creative stage in the total revenue" included in the creative record corresponding to the creative node of the implementation object.

[0245] For example, in a collaborative task involving the sharing of copyright revenue from a film or television production, the task publisher selects a story idea as the target idea when initiating the task. The information corresponding to the distribution ratio of the creative stage included in the story idea in the total revenue is as follows: the distribution ratio of the creative stage in the task's copyright revenue is 20%.

[0246] According to pre-set rules, such as when the copyright revenue of a work exceeds a certain preset threshold, a preset timer expires, or a copyright transaction occurs, the collaborative community's task management subsystem sends a copyright revenue distribution message to the copyright revenue smart contract on the blockchain. This message includes the amount of copyright revenue to be distributed and a snapshot of the work's information. The copyright revenue distribution message triggers the copyright revenue distribution smart contract on the blockchain to execute the copyright revenue distribution.

[0247] A smart contract on the blockchain receives a message about the distribution of copyright revenue for a work and initiates a transaction for the distribution of copyright revenue.

[0248] By utilizing the snapshot information of the work information included in the work copyright revenue distribution message, the work copyright revenue distribution smart contract can obtain the work copyright revenue distribution plan and carry out the work copyright revenue distribution accordingly. The work copyright revenue distribution includes the distribution of task revenue to creators such as task templates, task setters, and execution content included in the work information snapshot, as well as the distribution of creative revenue to various creative owners who have made creative contributions to this work.

[0249] The process of distributing task revenue is detailed in the prior patent of the swarm intelligence patent cluster, “China Publication No. CN118429010A 'Method, Apparatus, Equipment and Storage Medium for Distributing Rights to Digital Works'”, and will not be repeated here.

[0250] Regarding the creative revenue distribution process, the smart contract for copyright revenue distribution determines the amount of copyright revenue for the creative stage in this revenue distribution based on the "amount to be distributed for this copyright revenue" in the copyright revenue distribution message and the "distribution ratio of the creative stage in the copyright revenue" in the task setting information. Specifically, the copyright revenue amount = the amount to be distributed for this copyright revenue × the distribution ratio of the creative stage in the copyright revenue. Of course, if the "distribution information of the creative stage in the total revenue" included in the creative record corresponding to the creative node of the implementation object is not distribution ratio information but specific amount information, then the "distribution information of the creative stage in the total revenue" in the task setting information also corresponds to the amount information of the specific amount information included in the creative record. This invention does not limit whether the "distribution information of the creative stage in the total revenue" included in the creative record is distribution ratio information, specific amount information, or other forms of distribution information. In this invention, the "distribution information of the creative stage in the total revenue" included in the task setting information corresponds to the "distribution information of the creative stage in the total revenue" included in the creative of the implementation object selected for the task.

[0251] Subsequently, the smart contract for distributing copyright revenue continues to distribute creative revenue. The process by which the smart contract for distributing copyright revenue distributes creative revenue is similar in principle and method to the process by which the smart contract for distributing task compensation distributes creative revenue based on the task compensation amount disclosed in this patent; therefore, it will not be elaborated upon here.

[0252] Business Example 3: Intelligent communities with collaborative invention creation services allocate scientific and technological invention revenue to invention ideas.

[0253] According to some embodiments, intelligent communities with collaborative creation services for scientific and technological inventions provide a place to publish and record scientific and technological invention ideas, and provide a distribution service for the subsequent revenue of scientific and technological inventions to the creators of scientific and technological inventions.

[0254] According to some embodiments, for the method of allocating scientific and technological innovation benefits to scientific and technological inventions in a smart community, the task setting information must also include the creative node information of the implementation object adopted by the task. Furthermore, the task reward allocation scheme in the task setting information also needs to pre-set the "allocation ratio of the creative stage in the task benefits." This allocation ratio corresponds to the "allocation ratio information of the creative stage in the total benefits" included in the creative record corresponding to the creative node of the implementation object.

[0255] For example, for an invention creation task that involves the distribution of scientific and technological innovation benefits, if the task issuer selects a certain invention idea as the implementation target idea when initiating the task, then the information on the distribution ratio of the idea stage included in the total benefits is as follows: the distribution ratio of the idea stage in the task benefits is 10%.

[0256] According to pre-set rules, such as if the amount of science and technology innovation revenue exceeds a certain preset threshold, a preset timer expires, a science and technology innovation property rights transaction occurs, or voting shares or equity shares need to be determined according to the revenue share of science and technology innovation contributors, then the task management subsystem of the collaborative community sends a science and technology innovation revenue distribution message to the science and technology innovation revenue smart contract on the blockchain, according to the pre-set rules. The science and technology innovation revenue distribution message carries the amount of science and technology innovation revenue to be distributed and the corresponding current information snapshot information. This science and technology innovation revenue distribution message triggers the science and technology innovation revenue distribution smart contract on the blockchain to execute the science and technology innovation revenue distribution.

[0257] The smart contract for distributing science and technology innovation revenue on the blockchain receives the science and technology innovation revenue distribution message and initiates a science and technology innovation revenue distribution transaction.

[0258] By utilizing the current information snapshot information included in the science and technology innovation revenue distribution message, the science and technology innovation revenue distribution smart contract can obtain the science and technology innovation revenue distribution plan and carry out the distribution accordingly. The science and technology innovation revenue distribution includes the distribution of task revenue to creators such as task templates, task setters, and execution content included in the information snapshot, as well as the distribution of creative revenue to the creative owners who have made creative contributions to this invention.

[0259] Regarding the process of distributing creative revenue, the smart contract for distributing creative revenue determines the amount of creative revenue for the creative stage in this distribution based on the "amount to be distributed for the creative revenue of this invention" in the creative revenue distribution message and the "distribution ratio of the creative stage in the creative revenue" in the task setting information. Specifically, the amount of creative revenue = the amount to be distributed for this distribution × the distribution ratio of the creative stage in the creative revenue. In particular, for the distribution of creative revenue, the amount to be distributed for this distribution can be in monetary terms, equity terms, or voting rights terms; this invention does not limit this.

[0260] Subsequently, the smart contract for distributing science and technology innovation revenue continues to distribute creative revenue. The process by which the smart contract for distributing science and technology innovation revenue distributes creative revenue is similar in principle and method to the process by which the smart contract for distributing task remuneration in this patent distributes creative revenue from the amount of task remuneration, and will not be repeated here.

[0261] Business Example 4: The intelligent community allocates revenue to creative works with an original-to-revision relationship.

[0262] In addition to allocating revenue to ideas with a derivative-inheritance relationship, the smart community can also allocate revenue to ideas with an original-revision relationship.

[0263] Regarding the method for allocating revenue to creative works with an original-to-revision relationship in a smart community, the creative record corresponding to the creative work created after revising the original work may include not only creative inheritance information but also creative revision information. Correspondingly, the corresponding creative record may also include original-to-revision allocation ratio information. Based on the original-to-revision allocation ratio information, related creative works with an original-to-revision relationship share the revenue share that the original creative work would have received before being revised. An example is described below.

[0264] For example, in the creative library of the smart community, the creative snapshot of the creative node Cre_ID(cn2) can be found here. Figure 21 As shown.

[0265] After consultation with User B, User X revised Cre_ID(cn2) to create Cre_ID(cn2.1) and added it to the Creation Library. A snapshot of the Creation node Cre_ID(cn2.1) can be found here. Figure 22 As shown.

[0266] As shown in the figure, Cre_ID(cn2) and Cre_ID(cn2.1) form an original-revision relationship. Cre_ID(cn2) is the original of Cre_ID(cn2.1), and Cre_ID(cn2.1) has revised Cre_ID(cn2). In the creative record corresponding to Cre_ID(cn2.1), the creative relationship information includes not only creative inheritance information but also creative revision information, describing how Cre_ID(cn2.1) revised Cre_ID(cn2). Correspondingly, the creative record corresponding to Cre_ID(cn2.1) also includes original-revision allocation ratio information, recording the agreement reached between user X and user B: Cre_ID(cn2.1) can share 20% of the revenue share that should have been received by the original Cre_ID(cn2) before its revision.

[0267] Subsequently, when the creation Cre_ID(cn2.1) participates in revenue distribution, the revenue distribution module in the system (such as the creation revenue subsystem or the task revenue distribution-related smart contract, or a collaboration of both) first determines the share of revenue that the original creation Cre_ID(cn2) should have received before the revision, based on the aforementioned method disclosed in Examples 1-3, according to the distribution ratio of the creation stage in the total revenue set in the task setting information of the task implementing the creation, the creation inheritance information, and the creation increment information. Then, the revenue distribution module reads the creation record corresponding to Cre_ID(cn2.1) to obtain the corresponding creation owner information, creation revision information, and original-to-revision distribution ratio information. Based on this, it is determined that users X and B participate in revenue distribution; in the share of revenue that the original creation Cre_ID(cn2) should have received before the revision, user X, the owner of Cre_ID(cn2.1), shares 20%, and user B, the owner of Cre_ID(cn2), shares the remaining 80%.

[0268] Figure 23 A block diagram of a computing device according to an exemplary embodiment of the present invention is shown.

[0269] like Figure 23 As shown, the computing device 30 includes a processor 12 and a memory 14. The computing device 30 may also include a bus 22, a network interface card 16, and an I / O interface 18. The processor 12, memory 14, network interface card 16, and I / O interface 18 can communicate with each other via the bus 22.

[0270] Processor 12 may include one or more general-purpose CPUs (Central Processing Units), microprocessors, or application-specific integrated circuits, for executing relevant program instructions. According to some embodiments, computing device 30 may also include a high-performance display adapter (GPU) 20 for accelerating processor 12.

[0271] Memory 14 may include a machine system readable medium in the form of volatile memory, such as random access memory (RAM), read-only memory (ROM), and / or cache memory. Memory 14 is used to store one or more programs containing instructions, as well as data. Processor 12 may read the instructions stored in memory 14 to perform the methods described above according to embodiments of the present invention.

[0272] The computing device 30 can also communicate with one or more networks via the network interface card 16. The network interface card 16 can be a DPU smart network card.

[0273] Bus 22 can include address bus, data bus, control bus, etc. Bus 22 provides a path for exchanging information between components.

[0274] It should be noted that, in specific implementations, the computing device 30 may also include other components necessary for normal operation. Furthermore, those skilled in the art will understand that the device described above may only include the components necessary for implementing the embodiments of this specification, and not necessarily all the components shown in the figures.

[0275] The present invention also provides a computer-readable storage medium having a computer program stored thereon, which, when executed by a processor, implements the steps of the above-described method. The computer-readable storage medium may include, but is not limited to, any type of disk, including floppy disks, optical disks, DVDs, CD-ROMs, microdrives, as well as magneto-optical disks, ROMs, RAMs, EPROMs, EEPROMs, DRAMs, VRAMs, flash memory devices, magnetic cards or optical cards, nanosystems (including molecular memory ICs), network storage devices, cloud storage devices, or any type of medium or device suitable for storing instructions and / or data.

[0276] This invention also provides a computer program product comprising a computer program operable to cause a computer to perform some or all of the steps of any of the methods described in the above method embodiments.

[0277] Those skilled in the art will clearly understand that the technical solutions of the present invention can be implemented by means of software and / or hardware. In this specification, "unit" and "module" refer to software and / or hardware capable of independently performing or cooperating with other components to perform a specific function, wherein the hardware may be, for example, a field-programmable gate array (FPGA), an integrated circuit, etc.

[0278] It should be noted that, for the sake of simplicity, the foregoing method embodiments are all described as a series of actions. However, those skilled in the art should understand that the present invention is not limited to the described order of actions, because according to the present invention, some steps can be performed in other orders or simultaneously. Furthermore, those skilled in the art should also understand that the embodiments described in the specification are preferred embodiments, and the actions and modules involved are not necessarily essential to the present invention.

[0279] In the above embodiments, the descriptions of each embodiment have different focuses. For parts not described in detail in a certain embodiment, please refer to the relevant descriptions in other embodiments.

[0280] In the several embodiments provided by this invention, it should be understood that the disclosed apparatus can be implemented in other ways. For example, the apparatus embodiments described above are merely illustrative; for instance, the division of units is only a logical functional division, and in actual implementation, there may be other division methods. For example, multiple units or components may be combined or integrated into another system, or some features may be ignored or not executed. Furthermore, the coupling or direct coupling or communication connection shown or discussed may be through some service interface; the indirect coupling or communication connection between devices or units may be electrical or other forms.

[0281] The units described as separate components may or may not be physically separate. The components shown as units may or may not be physical units; that is, they may be located in one place or distributed across multiple network units. Some or all of the units can be selected to achieve the purpose of this embodiment according to actual needs.

[0282] Furthermore, the functional units in the various embodiments of the present invention can be integrated into one processing unit, or each unit can exist physically separately, or two or more units can be integrated into one unit. The integrated unit can be implemented in hardware or as a software functional unit.

[0283] If the integrated unit is implemented as a software functional unit and sold or used as an independent product, it can be stored in a computer-readable storage device. Based on this understanding, the technical solution of the present invention, in essence, or the part that contributes to the prior art, or all or part of the technical solution, can be embodied in the form of a software product. This computer software product is stored in a memory and includes several instructions to cause a computer device (which may be a personal computer, server, or network device, etc.) to execute all or part of the steps of the methods of the various embodiments of the present invention.

[0284] In the above embodiments, the descriptions of each embodiment have different focuses. For parts not described in detail in a certain embodiment, please refer to the relevant descriptions in other embodiments.

[0285] Exemplary embodiments of the present invention have been specifically shown and described above. It should be understood that the present invention is not limited to the detailed structures, arrangements, or implementations described herein; rather, the present invention is intended to cover various modifications and equivalent arrangements contained within the spirit and scope of the appended provisions.

Claims

1. A method for processing creative revenue share information, characterized by, The method comprises: selecting a first creative record in a creative library in response to a selection of a task initiator, the creative library comprising one or more creative records, the creative record comprising creative content information, creative relationship information, and creative owner information, the creative content information being used to express a corresponding creative, the creative relationship information being used to describe a relationship between the corresponding creative and other creatives corresponding to other creative records included in the creative library; publishing a first task in response to an application of the task initiator, the first task being based on a first creative corresponding to the first creative record; obtaining creative owner information participating in distribution and obtaining revenue share information of the creative owner participating in distribution according to the creative relationship information corresponding to the first creative when a first task proceeds to revenue distribution.

2. The method of claim 1, wherein, The creative relationship information comprises creative inheritance information.

3. The method of claim 2, wherein, Obtaining creative owner information participating in distribution and obtaining revenue share information of the creative owner participating in distribution according to the creative relationship information corresponding to the first creative comprises: taking the first creative as a starting point and tracing all ancestor creatives upwards to a root creative in the creative library, taking a set of all creatives obtained as a first creative snapshot corresponding to the first creative; obtaining all creative owner information participating in distribution according to the first creative snapshot; obtaining first creative revenue distribution constraint information; obtaining revenue share information of all creative owners participating in distribution according to the first creative snapshot and the first creative revenue distribution constraint information.

4. The method of claim 3, wherein, The first creative is associated with the first creative revenue distribution constraint information, the first task is associated with first task revenue distribution constraint information, and the first task revenue distribution constraint information comprises constraint information corresponding to the first creative revenue distribution constraint information.

5. The method of claim 4, wherein, The creative record further comprises creative increment information, the creative increment information being used to describe a creative increment of the corresponding creative compared with a direct ancestor creative thereof.

6. The method of claim 5, wherein, Obtaining revenue share information of all creative owners participating in distribution according to the first creative snapshot and the first creative revenue distribution constraint information comprises: calculating a revenue proportion of a creative owner of each creative in the first creative snapshot according to the first creative snapshot and the creative increment information of each creative in the first creative snapshot; obtaining a total revenue share; obtaining a total creative revenue share according to the first creative revenue distribution constraint information and the total revenue share; obtaining revenue share information of all creative owners participating in distribution according to the revenue proportion and the total creative revenue share.

7. A method for processing creative revenue share information, the method comprising: receiving a request for creative revenue share information; and providing the creative revenue share information in response to the request. The method comprises: adding a first creative record in a creative library in response to a first user input, the creative library comprising one or more creative records, the creative record comprising creative content information, creative relationship information, creative owner information, and creative revenue distribution constraint information, the creative content information being used to express a corresponding creative, the creative relationship information being used to describe a relationship between the corresponding creative and other creatives corresponding to other creative records included in the creative library; obtaining a first task based on a first creativity, the first creativity corresponding to the first creativity record, the first task being associated with first task revenue distribution constraint information, the first task revenue distribution constraint information including constraint information corresponding to the first creativity revenue distribution constraint information; obtaining, after the first task revenue distribution, revenue share information of a creativity owner of the first creativity.

8. A method for processing creative revenue share information, the method comprising: receiving a request for creative revenue share information; and providing the creative revenue share information in response to the request. The method comprises: selecting, in response to a selection of a task initiator, a first creativity record from a creativity library, the creativity library including one or more creativity records, the creativity record including creativity content information, creativity relationship information, creativity owner information, and creativity revenue distribution constraint information, the creativity content information being used to express a corresponding creativity, the creativity relationship information being used to describe a relationship between the corresponding creativity and other creativity records included in the creativity library; publishing, in response to an operation of the task initiator, a first task, the first task being based on a first creativity, the first creativity corresponding to the first creativity record, the first task being associated with first task revenue distribution constraint information, the first task revenue distribution constraint information including constraint information corresponding to the first creativity revenue distribution constraint information; obtaining, after the first task revenue distribution, creativity owner information participating in the distribution and revenue share information of the creativity owner participating in the distribution.

9. A computer program product, characterised in that, The computer program is executed by a processor to implement the method of any one of claims 1-8.

10. A computing device, comprising: comprise: a processor; and a memory storing a computer program, which, when executed by the processor, causes the processor to perform the method of any one of claims 1-8.

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