Web3.0-based decentralized work association relationship network system

Abstract

The invention discloses a Web3.0-based decentralized work association network system, which comprises the following steps that: a user terminal creates a user work, and the user work comprises content information and association information; the content information comprises work types, main body contents, keywords and abstracts, and the associated information is a list of one or more user works published by one or more other user sides associated with the main body contents; the method comprises the following steps: a user side publishes a user work, the user side forms a data block for the user work and uploads the data block to a block chain network, the block chain network encrypts, stores, verifies and distributes the data block and distributes an association relationship to the user side of the associated user work, and a server side distributes the association relationship to the user of the associated user work according to association information; and distributing incentives to the users associated with the user works and the users associated with the user works layer by layer according to the association information. A user is encouraged to actively participate in creation of information works through an incentive mechanism.

Description

Technical Field

[0001] The present invention relates to the field of information technology, and in particular to a decentralized work association network system based on Web3.0. Background Art

[0002] With the continuous development of internet technology, Web 3.0, an emerging decentralized internet architecture, is gradually transforming traditional network models. The core concept of Web 3.0 is to achieve decentralized data storage and management through blockchain technology, allowing users to truly control their data and identity. This decentralized social network not only improves data security and transparency, but also strengthens user trust in the platform.

[0003] In traditional networks, users' personal information and online works are often stored by platforms and potentially exploited by third parties. This not only risks data misuse but also makes it difficult to protect the copyright of personal information works. Web3.0 networks, on the other hand, utilize encryption technology to ensure users have the highest level of access and control over their personal data. The immutability and traceability of blockchain technology ensures the copyright of users' online works and significantly reduces the risk of personal information leaks. Furthermore, Web3.0 networks incorporate incentive mechanisms to encourage users to create works and participate in community building, thereby increasing user engagement and improving the quality of works.

[0004] Therefore, there is an urgent need for a system based on Web3.0 to realize the protection and ownership confirmation of online information works, as well as to reward the publishers and related parties of online information works based on the relationship between works. Summary of the Invention

[0005] To address the aforementioned technical issues, the present invention proposes a decentralized work association network system based on Web 3.0. This system allows user-generated information works in a network environment to securely receive copyright protection and certification. The associations between works provide users with a broad access to related works. Incentive mechanisms are employed to stimulate user creativity, and users who create works receive corresponding feedback based on the establishment of a work association network.

[0006] In order to achieve the above object, the technical solution of the present invention is as follows:

[0007] A Web 3.0-based decentralized work association network system comprises: a blockchain network, a server, and multiple user terminals. The user terminals register with the blockchain network by creating user accounts and browse user works published by other user terminals in the blockchain network. The user terminals create user works, each of which includes content information and association information. The content information includes the work type, main content, keywords, and summary, and the association information is a list of one or more user works published by one or more other user terminals that are associated with the main content. The user terminals publish user works, and the user terminals upload the user works as data blocks to the blockchain network. The blockchain network encrypts, stores, verifies, and distributes the data blocks, assigns association information to users of associated user works, and assigns corresponding incentive information to users participating in blockchain network maintenance. The server terminal is configured to provide an association counting algorithm, assign association relationships to users of associated user works based on the association information of the user works, and assign incentives to users of associated user works and users of associated user works layer by layer based on the association information of the user works.

[0008] Preferably, the user terminal includes an input module, an encryption module, a decryption module and a display module. The input module is used to input user identity information, user incentive information, user association information, and user work information, and create a user account based on the user identity information, and bind the user account with the user identity information, user incentive information, user association information and user work; the encryption module is used to use a private key to encrypt the user work, and attach a public key and a timestamp to form a data block; the decryption module is used to decrypt the user work using the public key; and the display module is used to display the user interface, user incentive information, user association information and user work.

[0009] Preferably, the blockchain network includes a node module, a hash module, a verification module and a consensus module, wherein the node module is used to receive and send data blocks, and store data blocks; the hash module is used to encrypt, store, verify and distribute data blocks using hash functions; the verification module is used to verify data blocks using hash functions, and ensure that the data blocks have not been tampered with or damaged by comparing the hash value of the data block with the hash value of the previous data block; the consensus module is used to implement the consensus algorithm, association counting and incentive mechanism of the blockchain network, distribute associated information to users of the associated user works, and distribute corresponding incentive information to users participating in the maintenance of the blockchain network.

[0010] Preferably, the list of associated user works is a list of hash values of associated user work data blocks generated by the hash module, and the hash values are deduplicated to ensure that each hash value is only entered once in the same list of associated user works.

[0011] Preferably, association with the main content includes: expansion, explanation, comment, response, translation, adaptation, supplement, quotation, reference, inspiration, inheritance, opposition, comparison, and transformation.

[0012] Preferably, the association relationship counting algorithm is: the user creates and publishes user works, and each time the published user work is associated with another user work, the user of the associated user work obtains a corresponding associated count of 1 assigned by the system, thereby realizing the association counting of the users of the associated user works.

[0013] Preferably, the system presets an upper limit of the association level, which is the system default or reached through a consensus of the voting mechanism of the blockchain network to stipulate that the incentive mechanism is applied to the user work to transmit the upper limit t of the association level of the associated user works layer by layer, where t is a natural number greater than or equal to 1.

[0014] Preferably, the rules for allocating corresponding incentives are as follows: the user creates and publishes user works, and an association relationship is established through the association information. The user whose work is associated is counted and obtains the basic incentive score h assigned by the system; the user works associated with the user works are each associated with the user of each user work, and each time the user verifies that the association is counted once, the incentive score assigned to the user by the system is the basic incentive score h multiplied by the hierarchical incentive coefficient k, that is, the system assigns an incentive score h×k, where the hierarchical incentive coefficient k is a real number greater than 0 and less than 1; the user work is transmitted upward layer by layer to the user of the w-th level user work, and each time the w-th level is verified to be counted once, the system assigns the user of the w-th level user work an incentive score h×k w-1 , where w is a natural number greater than or equal to 1 and less than or equal to t.

[0015] Preferably, the incentive base score h is a score that is correlated with the incentive score of the user who creates and publishes the user work when publishing the user work; the correlation is reached by system default or through consensus of the voting mechanism of the blockchain network, and the hierarchical incentive coefficient k is reached by system default or through consensus of the voting mechanism of the blockchain network, which is used to reflect that the users who are associated with user works at different levels obtain the system-allocated incentives that decrease layer by layer.

[0016] Preferably, the minimum value of the incentive basic score h is 1 point; the incentive scores allocated by the system to users whose user works are transmitted upward layer by layer and are related to user works at each level are all rounded to u decimal places, where u is a natural number greater than or equal to 1, and are reached by system default or through consensus through the voting mechanism of the blockchain network.

[0017] Based on the above technical solution, the beneficial effects of the present invention are: the present invention provides a decentralized work association network system based on Web3.0, which realizes the secure storage, privacy protection, association evaluation and incentive mechanism of user information works through blockchain technology, thereby building a more fair, transparent and user-friendly association work creation platform, which not only improves the security and transparency of data, but also encourages users to actively participate in the creation of information works through incentive mechanisms. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 The present invention is a schematic structural diagram of a Web3.0 decentralized work association network system in an embodiment. DETAILED DESCRIPTION

[0019] The technical solutions in the embodiments of the present invention will be described clearly and completely below with reference to the accompanying drawings in the embodiments of the present invention.

[0020] like Figure 1 As shown, this embodiment provides a decentralized work association network system based on Web3.0, including: a blockchain network, a server, and multiple user terminals. The user terminals register in the blockchain network by creating user accounts, and browse user works published by other user terminals in the blockchain network; the user terminals create user works, and the user works include content information and association information; the content information includes the work type, main content, keywords, and summary, and the association information is a list of one or more user works published by one or more other user terminals that are associated with the main content; the user terminals publish user works, and the user terminals form data blocks for the user works and upload them to the blockchain network. The blockchain network encrypts, stores, verifies, and distributes the data blocks, and assigns association information to users of the associated user works, and assigns corresponding incentive information to users participating in the maintenance of the blockchain network; the server terminal is used to provide an association relationship counting algorithm, assign association relationships to users of the associated user works based on the association information of the user works, and assign incentives to users of the associated user works and users of the associated user works layer by layer based on the association information of the user works.

[0021] In this embodiment, the work type includes but is not limited to a combination of one or more formats of text, pictures, videos, audio, and links; the main content is the specific information part of the user's work that carries the user's thoughts, opinions, or methods; keywords are natural language words obtained by the user through topic extraction, which can prompt or express the characteristics of the subject content of the user's work; and the abstract is a highly condensed text summary of the main content made by the user.

[0022] In one embodiment, a specific structure of a user terminal is provided in a Web3.0 decentralized work association network system. The user terminal includes an input module, an encryption module, a decryption module, and a display module. Specifically:

[0023] An input module, configured to input user identity information, user incentive information, user association information, and user work information, create a user account based on the user identity information, and bind the user account to the user identity information, user incentive information, user association information, and user work;

[0024] An encryption module, configured to encrypt the user work using a private key and attach a public key and a timestamp to form a data block;

[0025] A decryption module, used to decrypt the user work using a public key;

[0026] The display module is used to display the user interface, user incentive information, user associated information and user works.

[0027] In one embodiment, a specific structure of a blockchain network is provided in a Web3.0 decentralized work association network system. The blockchain network includes a node module, a hash module, a verification module, and a consensus module. Specifically:

[0028] Node module, used to receive and send data blocks, and store data blocks;

[0029] Hash module, used to encrypt, store, verify and distribute data blocks using hash functions;

[0030] The verification module is used to verify the data block using a hash function and ensure that the data block has not been tampered with or damaged by comparing the hash value of the data block with the hash value of the previous data block;

[0031] The consensus module is used to implement the consensus algorithm, association counting and incentive mechanism of the blockchain network, distribute the associated information to the users of the associated user works, and distribute corresponding incentive information to users who participate in the maintenance of the blockchain network.

[0032] In one embodiment, a specific structure of a server side is provided in a Web3.0-based decentralized work association network system. The server side includes an interface module, an association module, and an allocation module. Specifically:

[0033] The interface module is used to provide a user interface to enable users to browse, create and publish user works;

[0034] The association module is used to provide an association relationship counting algorithm, and assign corresponding association relationships to users of associated user works according to the association information of the user works;

[0035] The allocation module is used to provide an incentive model, and to allocate corresponding incentives to users of associated user works, as well as users of user works associated with associated user works, and so on, according to the association information of user works, until the upper limit of the association level specified by the system is reached, and the users of user works are associated layer by layer, in accordance with the incentive rules specified by the system.

[0036] In one embodiment, in a Web3.0 decentralized work association network system, associations with the main content include, but are not limited to: expansion, interpretation, commentary, response, translation, adaptation, supplementation, citation, reference, inspiration, inheritance, opposition, comparison, and transformation.

[0037] The list of associated user works is a list of hash values of associated user work data blocks generated by the hash module. The hash values are deduplicated to ensure that each hash value is only entered once in the same list of associated user works.

[0038] In one embodiment, an association relationship counting algorithm is provided. The association relationship counting algorithm is as follows: a user creates and publishes a user work. For each user work that is published and is associated with another user work, the user of the associated user work obtains a corresponding associated count of 1 assigned by the system, thereby realizing association counting of the users of the associated user works.

[0039] Specifically, the system presets an upper limit of the association level, which is the system default or reached through a consensus of the voting mechanism of the blockchain network, to stipulate that the incentive mechanism is applied to the user work to transmit the upper limit t of the association level of the associated user works layer by layer, where t is a natural number greater than or equal to 1.

[0040] In one embodiment, a rule for allocating corresponding incentives is provided in a Web3.0 decentralized work association network system. The rule is as follows: the user creates and publishes user works, and an association relationship is established through the association information. The user whose association count is counted obtains a basic incentive score h allocated by the system; the user works associated with the user works are each associated with the user of each user work, and each time the user verifies that the association count is 1, the incentive score allocated to the user by the system is the basic incentive score h multiplied by the hierarchical incentive coefficient k, that is, the system allocates an incentive score h×k, where the hierarchical incentive coefficient k is a real number greater than 0 and less than 1; the user work is transmitted upward layer by layer to the user of the w-th level user work, and each time the w-th level is verified to be associated with the user, the system allocates an incentive score h×k to the user of the w-th level user work. w-1 , where w is a natural number greater than or equal to 1 and less than or equal to t.

[0041] Among them, the incentive base score h is a score that is correlated with the incentive score of the user who creates and publishes the user work when publishing the user work; the correlation is reached by system default or through consensus of the voting mechanism of the blockchain network, and the hierarchical incentive coefficient k is reached by system default or through consensus of the voting mechanism of the blockchain network, which is used to reflect the coefficient of the system-allocated incentive obtained by users who are associated with user works at different levels gradually decreasing upward.

[0042] Among them, the minimum value of the incentive basic score h is 1 point; the incentive scores allocated by the system to users whose works are transmitted upward layer by layer and related to user works at each level are rounded to u decimal places, where u is a natural number greater than or equal to 1, and are reached by system default or through consensus through the voting mechanism of the blockchain network.

[0043] For example: User A creates and publishes User Work A, and establishes Work A and Work B. 11 、B 12 、B 13 The relationship between the work and B 1i (i=1、2、3) and works C respectively 2ij (j is a natural number greater than or equal to 1) there is a correlation relationship. It can be seen that work B 1i The first level of associated user works, their users obtain the associated relationship assigned by the system and the basic incentive score h assigned by the system. For example, the correlation is 10% of the incentive score when A publishes user work A; for example, A has an incentive score of 10,000 points, then the basic score h = 10,000 × 10% = 1,000 (points); if A's incentive score is 6 points, then since 6 × 10% = 0.6 < 1 (point), then h = the lowest value of the incentive basic score of 1 point. Therefore, in both cases, B 11 、B12 、B 13 Users can get 1000 points or 1 point respectively. Assuming the level incentive coefficient k = 0.8, then C 2ij The system incentive scores that users of these second-level related user works can obtain are: 1000×0.8=800 (points) and 1×0.8=0.8 (points); and so on. Assuming that there are third-level related user works D 3ijm (m is a natural number greater than or equal to 1). The system-assigned incentive points for their users are: 800 × 0.8 = 640 points and 0.8 × 0.8 = 0.64 points, approximately 0.6 points, respectively. Assuming the system specifies a single decimal place, and assuming the system specifies that incentives are distributed to user works up through the third level, the system incentive generated by the release of work A is complete.

[0044] The foregoing description is merely a preferred implementation of the Web 3.0 decentralized work association network system disclosed herein and is not intended to limit the scope of protection of this embodiment. Any modifications, equivalent substitutions, and improvements made within the spirit and principles of this embodiment shall be included within the scope of protection of this embodiment.

Claims

1. A decentralized work association network system based on Web3.0, characterized by: include: A blockchain network, a server, and multiple client terminals. The client terminals register with the blockchain network by creating user accounts, and the client terminals browse user works published by other client terminals in the blockchain network. The user terminal creates a user work, which includes content information and associated information; the content information includes the work type, main content, keywords, and summary, and the associated information is a list of one or more user works published by one or more other user terminals that are associated with the main content; the user terminal publishes the user work, and the user terminal uploads the user work into a data block to the blockchain network. The blockchain network encrypts, stores, verifies, and distributes the data block, and distributes associated information to users of the associated user works, and distributes corresponding incentive information to users who participate in the maintenance of the blockchain network; The server side is used to provide an association relationship counting algorithm, allocate association relationships to users of associated user works based on the association information of user works, and allocate incentives to users of associated user works and users of associated user works layer by layer based on the association information of user works.

2. A Web3.0-based decentralized work association network system according to claim 1, characterized in that: The user terminal includes an input module, an encryption module, a decryption module, and a display module. The input module is used to input user identity information, user incentive information, user association information, and user work information, and to create a user account based on the user identity information, and to bind the user account to the user identity information, user incentive information, user association information, and user work. The encryption module is used to encrypt the user work using a private key, and attach a public key and a timestamp to form a data block. The decryption module is used to decrypt the user work using a public key; the display module is used to display a user interface, user incentive information, user associated information and user work.

3. A Web3.0-based decentralized work association network system according to claim 2, characterized in that: The blockchain network includes a node module, a hash module, a verification module and a consensus module. The node module is used to receive and send data blocks and store data blocks; the hash module is used to encrypt, store, verify and distribute data blocks using hash functions; the verification module is used to verify data blocks using hash functions, and ensure that the data blocks have not been tampered with or damaged by comparing the hash value of the data block with the hash value of the previous data block; the consensus module is used to implement the consensus algorithm, association counting and incentive mechanism of the blockchain network, distribute associated information to users of the associated user works, and distribute corresponding incentive information to users participating in the maintenance of the blockchain network.

4. A Web3.0-based decentralized work association network system according to claim 3, characterized in that: The list of associated user works is a list of hash values of associated user work data blocks generated by the hash module, and the hash values are deduplicated to ensure that each hash value is only entered once in the same list of associated user works.

5. The decentralized work association network system based on Web3.0 according to claim 1 is characterized in that: Associated with the main content, including: expansion, explanation, comment, response, translation, adaptation, supplement, quotation, reference, inspiration, inheritance, opposition, comparison, and transformation.

6. A Web3.0-based decentralized work association network system according to claim 1, characterized in that: The association relationship counting algorithm is as follows: the user creates and publishes a user work, and each time a published user work is associated with another user work, the user of the associated user work obtains a corresponding associated count of 1 assigned by the system, thereby realizing the association counting of the users of the associated user works.

7. A Web3.0-based decentralized work association network system according to claim 6, characterized in that: The system presets an upper limit for the association level, which is either a system default or reached through a consensus reached through a voting mechanism of the blockchain network, to stipulate that the incentive mechanism is applied to the user work to transmit the association level upper limit t of the user work layer by layer, where t is a natural number greater than or equal to 1.

8. The Web3.0 decentralized work association network system according to claim 7, characterized in that: The rules for allocating the corresponding incentives are as follows: the user creates and publishes a user work, an association relationship is established through the association information, and the user whose association is counted obtains the incentive basic score h allocated by the system; The user works associated with the user works are each associated with the user of each user work. Each time the user is verified to be associated, it is counted once. The incentive score assigned by the system to the user is the incentive base score h multiplied by the hierarchical incentive coefficient k, that is, the system assigns an incentive score h×k, where the hierarchical incentive coefficient k is a real number greater than 0 and less than 1; the user work is transmitted upward layer by layer to associate with the user of the w-th level user work. Each time the w-th level verification is transmitted, it is counted once. The system assigns an incentive score h×k to the user of the w-th level user work. w-1 , where w is a natural number greater than or equal to 1 and less than or equal to t.

9. A Web3.0-based decentralized work association network system according to claim 8, characterized in that: The incentive base score h is a score that is correlated with the incentive score of the user who created and published the user work when publishing the user work; the correlation is reached by system default or through consensus through the voting mechanism of the blockchain network, and the hierarchical incentive coefficient k is reached by system default or through consensus through the voting mechanism of the blockchain network, which is used to reflect the coefficient of the system-allocated incentive obtained by users who are associated with user works at different levels gradually decreasing upwards.

10. A Web3.0-based decentralized work association network system according to claim 9, characterized in that: The minimum incentive basic score h is 1 point; the incentive scores allocated by the system to users whose works are transmitted upward layer by layer and are related to user works at each level are all rounded to u decimal places, where u is a natural number greater than or equal to 1, and are reached by system default or through consensus through the voting mechanism of the blockchain network.

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