31 results about "Multi platform" patented technology

The invention discloses a video generation system based on a video large model, and belongs to the technical field of video generation. A trajectory control unit; a physical rule constraint unit; the scene generation unit is used for constructing a high-fidelity dynamic environment and enhancing the scene immersion of the video; a timing consistency unit; a multi-modal fusion unit; the user interaction unit is used for realizing man-machine collaborative creation and real-time control and improving the generation efficiency; a quality evaluation unit; the post-processing optimization unit is used for improving the terminal applicability of the output video and adapting to multi-platform requirements; and a distributed deployment unit. Millimeter-level regulation and control of the object motion trail are realized through a multi-dimensional accurate control mechanism, and physical rule constraints are combined to ensure that the generated video conforms to the reality mechanics law, so that the content authenticity is remarkably improved; the multi-modal fusion technology integrates text, voice and image input, accurately restores the intention of the user and realizes lip shape synchronization and emotion migration.

The invention discloses an AI-based cross-platform advertisement material life cycle management and optimization method and system. The method comprises the steps of collecting original data and metadata to construct a heterogeneous data graph; carrying out hierarchical graph convolution, and extracting cross-modal features; carrying out splicing and dimension alignment on the cross-modal features, and carrying out feature dimension reduction to obtain unified features; gene individuals are constructed based on the unified features, and cross-platform materials are generated through a multi-target constraint coevolution algorithm; generating a material pushing strategy according to cross-platform material mapping, optimizing budget allocation and a pushing strategy by constructing a hierarchical game framework, and combining federal constraint synchronization to obtain a pushing strategy set of multi-platform collaborative optimization; and by modeling a material recession rule and calculating a survival function of the material, the life cycle of material recession is warned in real time, and adjustment of a material pushing strategy is triggered. The technical problems of insufficient dynamic strategy collaborative optimization, material life cycle decline prediction lag and the like in cross-platform advertisement material management are solved.

The invention belongs to the technical field of game artificial intelligence, and relates to a dynamic plot generation system based on multi-agent autonomous evolution, comprising: a game front-end layer used for game picture rendering and user interaction, supporting multi-platform deployment and real-time communication with a rear end; the game back-end layer comprises a world management module, a world evolution module, a task management module and a world state module, and is used for realizing world state maintenance, NPC behavior management, task generation and state synchronization; and the model layer adopts a multi-model collaborative architecture. According to the invention, each player experiences a unique story through the emergence effect generated by NPC autonomous interaction, so that the playability and replay value of the game are greatly improved. Compared with a traditional preset plot tree, the plot text writing workload is reduced by 90% or above, and meanwhile richer content experience is provided.

A system and method for building and distributing a multi-platform application according to one embodiment of the present invention includes an application content creation unit that creates application content in the form of a web application via a web developer terminal, a native plugin selection unit that selects native plugins to be applied to the application content, a build unit that cooperates with a version management server to automatically build the application content by applying the native plugins selected by the native plugin selection unit to the application content for each platform, and a distribution unit that primarily distributes the built application via an internal distribution server or secondarily distributes the built application via a store.

The immersive, interactive system according to the present disclosure employs interconnected hardware, firmware, software, and mixed technology comprising projection systems, smart entertainment technologies, tracking systems, sound, light, visual displays, and other physical and / or special effect displays to create an entertainment experience that brings people together to enjoy a common story, theme, music, or game. In one embodiment, the system takes the form of a magical campfire that interacts with members of the audience to present an interactive and customized visual and audio display and story. The system may connect and interact with other technological platforms and smart devices to supplement the processing and experience, and may be updated to maintain relevant and timely content, and add additional features. The system may exist in a large scale environment, such as a theatre, theme park, or museum, or may be condensed to a smaller-scale version for home use.

The invention belongs to the technical field of animation production, and discloses a multi-modal driving character animation automatic generation method and system for virtual reality, and the method comprises the steps: obtaining multi-modal creation information inputted by a developer, and carrying out the analysis of the multi-modal creation information through a context intention analysis mechanism; converting the multi-mode creation information into a creation instruction symbol stream containing a plot rhythm mark, an emotion color mark and an action tendency mark; decomposing a creation instruction symbol stream into different independent event units, and distributing the independent event units to rhythm lattice points on a time axis through plot node mapping and priority drift rules to form an event queue with rhythm sensation; according to the event queue, role actions are generated through master-slave double-track logic, a lens view angle projection mechanism is introduced, expression tension of the role actions is automatically adjusted according to scene changes, and a logic frame sequence with a lens feeling is generated; the time and labor cost are saved, the animation expressive force and immersion are improved, and meanwhile multi-platform applicability and intelligent operation are achieved.

The embodiment of the invention provides a multi-platform multi-target dynamic task allocation method, system and device and a medium, and belongs to the field of multi-platform collaborative confrontation. The method comprises the following steps: performing time window segmentation on an action period of a target by using a platform; constructing a task allocation model; judging whether all targets in a model solving result are completely killed, and if so, taking the minimum total cost of consumed platform load as a first optimization target; and if not, taking the minimum target remaining overall threat as a second optimization target, and solving the first optimization target or the second optimization target by adopting a solve solver to obtain a target allocation scheme confronted by each platform channel in each action period. The task time window is segmented by adopting the action period, the problems of conflict of the platform to the target task time and waste of strike time are effectively solved, and according to whether the target is completely killed or not, the minimum platform load total cost or the minimum target residual overall threat is selected as an optimization index, so that the interception cost is minimum while the interception effect is ensured.

The invention discloses a program running management method and device, equipment, a storage medium and a program product. The method comprises the following steps: starting a first program in an operation environment of a first platform; in response to a received function triggering operation for a first program function in the first program, sending a function triggering request to the first platform; and receiving first platform data fed back by the first platform, and running the first program function through the first platform data. By means of the mode, the platform adaptation efficiency and adaptation flexibility can be guaranteed, meanwhile, the first program function which is expected to be achieved by the operation is triggered through the obtained light-weight and high-pertinence first platform data operation function, and the purpose of rapidly adapting to multiple platforms through one-time development is achieved. The method can be applied to various scenes such as game development scenes and software development scenes.

The invention relates to the technical field of commodity production and marketing management, and discloses a multi-platform-based marketing and production data return system, which comprises a data acquisition module, a data processing module, a profit and loss analysis module and a data return module. According to the marketing and production data return system based on multiple platforms, the data acquisition module acquires the sales information generated by multiple sales platforms, and the data processing module processes the acquired sales information to obtain the commodity sales data in a unified format. The profit and loss analysis module obtains the corresponding profit and loss data based on the production profit and loss model and the input commodity sales data, and finally, the operation background determines the corresponding production plan based on the actual production environment, the system architecture is simple, the implementation method is convenient, and the profit and loss data is obtained through the reliable commodity sales data, so that the implementation efficiency is improved. The finally obtained profit and loss data is a result matched with an actual sales condition, and an accurate and reliable data basis is provided for a subsequent commodity production plan.

The invention relates to the technical field of Internet, in particular to a multi-platform aggregated short play promotion management method and system and a storage medium, and aims to solve the technical problems of resource dispersion, high copyright risk, inaccurate attribution and complex commission settlement in existing short play promotion. The method comprises the steps that after an operation instruction is received, content resources are synchronized from an external short episode platform, and the content resources are presented to a front end after persistent storage and hotspot caching; after an episode selection instruction is received, promotion channel information and a promoter account are bound through a reporting interface, a unique promotion identifier is generated, behavior data generated by a user through the identifier are captured, income attribution is completed, and attribution order data are obtained; and calculating a commission based on the attribution order data and a preset commission extraction proportion, storing a result and pushing the result to the promoter. According to the invention, resource aggregation efficiency, copyright compliance, attribution accuracy and settlement flexibility can be guaranteed, and the overall efficiency and reliability of movie promotion management are significantly improved.

The invention discloses a cross-platform network content intelligent supervision method and system based on multi-modal AI, relates to the technical field of network content supervision, realizes unified acquisition and management of cross-platform content by establishing a multi-platform data acquisition adapter, and solves the technical problem that an existing system cannot realize cross-platform supervision. Secondly, deep fusion analysis of texts, images and videos is realized by constructing a multi-modal AI analysis engine, and the accuracy of content understanding and risk identification is greatly improved; accurate risk classification is realized by establishing a grading risk label system, and a scientific basis is provided for supervision decision making; and finally, by generating an intelligent supervision report and establishing a real-time monitoring early warning mechanism, a comprehensive and visual supervision analysis tool is provided for supervisors, and the supervision efficiency and effect are remarkably improved. Meanwhile, by adopting a ReAct reasoning framework, the system can perform multi-step reasoning analysis and perform comprehensive judgment in combination with analysis results of texts, images and videos, so that the limitation of single-modal analysis is avoided, and the accuracy and reliability of risk identification are improved.

The invention provides a method and device for compressing videos by multiple social media platforms according to rules, and belongs to the technical field of video processing and social media adaptation. The method comprises the steps of collecting video uploading rules of a plurality of social media platforms and performing standardization processing, and establishing a cross-platform standardization rule model; acquiring and preprocessing a user source video, calling a target platform rule to compare the video, and generating a conversion strategy if the video does not accord with the target platform rule; a compression algorithm is selected according to a strategy to compress the video, and an optimized compressed video is obtained through quality evaluation optimization; verifying the compliance of the optimized compressed video; and if the verification is passed, uploading through the cross-platform interface adaptation layer, and if the verification is not passed, generating a feedback report and a correction suggestion. According to the method, multi-platform video compression automation is realized, the problems of platform rule difference, updating lag and the like are solved, quality loss is reduced, and the video uploading passing rate and the user operation efficiency are improved.

The present invention discloses an AI-based cross-platform advertising material lifecycle management and optimization method and system, the method comprising: collecting raw data and metadata to construct a heterogeneous data graph; performing layered graph convolution to extract cross-modal features; splicing and dimensionality alignment of the cross-modal features and performing feature dimensionality reduction to obtain unified features; constructing gene individuals based on the unified features, generating cross-platform materials through a multi-objective constrained co-evolutionary algorithm; generating material push strategies based on cross-platform material mapping, optimizing budget allocation and push strategies by constructing a layered game framework, and combining federal constraint synchronization to obtain a multi-platform collaboratively optimized push strategy set; modeling material decay laws and calculating material survival functions to provide real-time warnings of material decay lifecycles and trigger adjustments to material push strategies. The present invention solves technical problems such as insufficient dynamic strategy collaborative optimization and lagging prediction of material lifecycle decay in cross-platform advertising material management.

The invention discloses a dynamic three-dimensional data conversion method based on an open dynamic asset format, which solves the defects of the existing animation format in the aspects of compatibility, expansibility, file volume and dynamic support through a modularized layered structure, a dynamic animation system, physical and animation fusion, cross-medium compatibility, safety cooperation and efficient analysis technology. The converted data supports hierarchical compression, nodal program logic, real-time physical interaction and multi-platform efficient decoding, is suitable for the fields of games, movies and televisions, VR / AR and the like, and has remarkable technical advantages.

The invention relates to the technical field of computer graphics and digital content generation, and discloses a programmed digital plant growth simulation method and system. The method comprises the following steps: firstly, carrying out skeletal preprocessing on an input three-dimensional plant model, extracting a point sequence through an iterative algorithm based on a plane starting point, and constructing a hierarchical skeletal system; then, a growth path and a form rule are defined by using the nodal visual special effect graph; then, adopting a physically guided skeleton spreading algorithm, and controlling natural bending growth of the skeleton through vector force; and finally, performing multi-platform rendering output adaptation, and generating special effect resources compatible with a game engine and a film and television rendering pipeline. According to the technical scheme, high-efficiency and high-precision programmed plant growth simulation is achieved, and the technical bottleneck of a traditional method in the aspects of natural form spreading and artistic control is solved.

Systems and methods for representing video and audio media files as workflows are disclosed. In some cases, the systems and methods combine segments of the media files into larger compilations in the workflows, and using the workflows to individually optimize both the viewing experience for and the advertising presented to viewers based upon the circumstances of each viewer and parameters described with the workflow.

A system and technique for providing multi-platform gameplay is provided. A cross-platform gameplay server receives wager data from different platforms in different currencies. Based on a gaming outcome, the cross-platform gameplay server manages game play in different currencies to facilitate cross-platform gameplay. Exchange rates are determined between a universal currency and game play currencies, and reward data is stored by the cross-platform gameplay server in the universal currency. A user interface is provided for a gaming application on a first platform, which supports interaction with a remote player on a remote device using a second platform. A cross-platform play region is presented on a user face to provide interaction with remote players using a cross-platform functionality of an application.

The invention discloses an AIGC-based short video batch creation and distribution management method and system. The method comprises the steps of analyzing features of video creation audiences based on a creator short video material library to obtain video creation audience portrait information; performing noise reduction processing and key feature extraction on the creator short video material library to obtain material key feature information, and performing deletion processing based on the material key feature information to obtain a plurality of preprocessed short video materials; splicing and editing the preprocessed short video materials based on editing habit information of a creator, and verifying whether semantics are clear and coherent or not to generate a created and edited video; according to the method, main accounts of a creator are created on different platforms, whether the creator creates sub-accounts or not is judged based on personal positioning and personal willingness of the creator, if yes, the sub-accounts are created, and the main accounts and the sub-accounts jointly construct a multi-platform account matrix of the creator. The method has the effect of improving the AIGC-based short video batch creation and distribution management efficiency.

The invention discloses a live broadcast interactive game role management system based on cross-platform Token verification, and belongs to the technical field of network games. Comprising a Token verification module, a bullet screen processing module, a role management module, a data synchronization module, a game logic module and a platform interface module. Through an innovative Token verification mechanism, seamless synchronization of role data among three different platforms including a WeChat applet / chattering applet playing method, a live broadcast platform and a game client is realized; a live broadcast platform bullet screen is used as a data transmission channel, and an interaction mode of adding an applet role into any live broadcast room game match is realized; by establishing a real-time data synchronization system among multiple platforms, role states are ensured to be kept consistent in all platforms; a traditional anchor unilateral game is converted into an interactive game mode in which audiences can participate, the technical problems that in the prior art, platforms are split, roles are difficult to manage, and the real-time performance is poor are solved, and the game participation threshold is lowered.

The invention, which relates to the technical field of the management system, discloses a culture drama management system comprising a drama management module, an applet management module, a classification management module, an order management module, a pitcher management module, a data statistics module and a multi-platform unified management module. According to the culture episode management system, through a unified management platform, episode content management of multiple applets is more efficient, the complexity of multi-platform management is reduced, through the data statistics module, the playing amount of episodes and user behaviors are comprehensively analyzed, and powerful support is provided for content optimization; besides, popularization and recovery are greatly improved, the security and reliability of the system are effectively ensured through authority management and system log management and different page contents seen by people with different identities, and the expansibility and maintenance efficiency of the system are improved and the timely upper limit of the contents is ensured through multi-platform synchronous release and containerization deployment.

The invention is suitable for the field of game data analysis, and provides a social game data integration analysis method and system fusing multiple platforms. The method comprises the following steps: constructing a pre-auditing parameter adjustment library containing a parameter level adjustment table before version updating; collecting full data of the game operation and social contact platform and preprocessing the full data to obtain an integrated data set; calculating three-dimensional indexes of social breadth, depth and creativity and emotional tendency; judging positive and negative influences of the version; positive time calculation influence level adjustment reward, and negative time calculation influence level batch parameter adjustment according to a pre-examination library. According to the method, multi-platform data integration analysis is realized, the version evaluation accuracy and the adjustment efficiency are improved, and the player experience is optimized.

The embodiment of the invention relates to the technical field of computers, and discloses a UI control method and device based on a multi-platform game, a medium and a product. The method comprises the following steps: determining a response result according to input information and a pre-established key input distribution architecture; the input information is generated based on interaction between a player and a game through a physical device, and the response result affects the change of the UI level; dynamically adjusting the UI according to the response result and the target component; the target component is used for controlling the differentiated performance of the UI layout in the game under different platforms. The technical problems that in the prior art, support for input architectures such as a keyboard, a mouse and a handle is relatively weak, an upper-layer and business-oriented input architecture is not provided, and the development cost is high can be at least solved.

The embodiment of the present invention provides a multi-platform multi-target dynamic task allocation method, system, device and medium, which belongs to the field of multi-platform collaborative confrontation. The method includes: using the platform to divide the target action cycle into time windows; constructing a task allocation model; judging whether all targets are completely killed according to the model solution result, if so, taking the minimum total cost of consuming the platform load as the first optimization goal; if not, taking the minimum overall threat remaining to the target as the second optimization goal, using the solve solver to solve the first or second optimization goal, and obtaining the target allocation scheme for each platform channel to confront in each action cycle. Using the action cycle to divide the task time window effectively solves the problem of conflict in the platform's task time on the target and the waste of attack time. According to whether the target is completely killed, the total cost of consuming the platform load or the minimum overall threat remaining to the target is selected as the optimization indicator to ensure the interception effect while minimizing the interception cost.

This invention belongs to the field of video promotion and mainly relates to an AI-based cross-platform video promotion system. This system uses material version records and rule base version records as deterministic benchmarks to support versioned management and reproducible execution when the same promotional campaign is launched on multiple platforms in parallel. It performs unpacking and parsing of original materials, extracts text, and solidifies content fingerprints; it structurally merges the review constraints of each platform and generates a rule base version; it generates release versions for each platform according to the rule base version and performs multimodal compliance review; after approval, it submits to the platform and solidifies the release receipt to form a release ledger; it reads back the actual presented copy on the platform and verifies its consistency with the released version, supporting random checks, dispute evidence collection, and audit archiving; it monitors changes in laws and regulations and updates the system rule base in real time; and it achieves unified versioned management of multi-version materials across platforms, consistency verification of actual presentation after release, and traceable retention of evidence materials.

This application discloses a multi-platform marketing competitor intelligent crawling and analysis method and system. The system includes: a multi-platform adaptation module for automatically identifying and adapting interfaces to multiple heterogeneous data source platforms; an intelligent crawling engine for dynamically configuring network access environment identifiers for heterogeneous data source platforms to collect unstructured data based on the adaptation results; a feature extraction module for automatically extracting competitor feature information with commercial semantics from the collected unstructured data using a pre-trained feature extraction model; and an analysis and decision-making module for performing comparative analysis and trend prediction based on competitor feature information from multiple dimensions including product, market, user, and time, and outputting a decision support report. This application solves the problems of poor adaptability, unstable data collection, high dependence on manual operation, and low efficiency of traditional solutions.

The invention discloses a cross-platform video adaptation response method and system, and belongs to the technical field of video adaptation, and the method specifically comprises the steps: separating an input video audio stream, converting an audio signal into a target language voice and corresponding timestamp subtitle data through a translation model with rhythm maintenance, and transmitting the target language voice and the corresponding timestamp subtitle data to a server; fusing the subtitle data with the video frame, automatically determining a subtitle position based on content area analysis, generating a multi-language subtitle display layer, packaging the multi-language subtitle display layer into a WebM container, performing cross-terminal playing compatibility through adaptive code rate coding, and when the subtitle data is distributed to different terminals, performing cross-terminal playing compatibility on the multi-language subtitle display layer. Performing dynamic adjustment on subtitle synchronization and packaging parameters according to playing feedback, so that video and audio streams are adapted and responded in real time on different platforms; according to the invention, continuous, stable and multi-language compatible video playing can be realized in a multi-platform environment, and the consistency and expandability of contents in cross-device distribution and playing are ensured.

1. The name of the product of this design: Microphone (HC‑A2068 Multi-Platform Gaming USB Wired). 2. Purpose of this design product: This design product is used for a microphone. 3. The design key point of this appearance design product lies in the shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.