17 results about "Script analysis" patented technology

The invention relates to an open source component multi-modal dependency risk tracing method and device, and the method comprises the steps: employing a mode of combining static analysis and dynamic analysis to analyze a component dependency relationship of software, and combining AST analysis and construction script analysis; function-level features are extracted, a binary fingerprint database is constructed, the similarity between different versions is analyzed through LSH, behavior patterns in binary codes are analyzed, and hidden dependencies or malicious code injection is detected; the version updating history of the dependent component is analyzed and monitored by using a time sequence, and the vulnerability security of the component is evaluated in combination with attack graph analysis; high-risk components on the path are calculated, potential supply chain attack points are identified, and risk points are subjected to cross validation; a time sequence diagram database is used for recording the component dependency relationship, and time backtracking query is supported. According to the method, a multi-mode dependency analysis method is adopted, potential dependency risks are rapidly identified, and potential supply chain attack risks are timely warned.

The invention relates to the technical field of intelligent voice processing and service quality monitoring, and discloses an intelligent quality inspection system and method based on voice transcription and emotion recognition. The method comprises the following steps: firstly, carrying out standardized preprocessing on multi-channel call data; performing voice transcription, speaker separation and verbal skill analysis, and constructing a session context; performing multi-modal emotion recognition and service state labeling by fusing the text and the acoustic features; and performing comprehensive quality inspection analysis in combination with rule matching and model reasoning, and forming closed-loop optimization of a quality inspection strategy. According to the method, the problems of high subjectivity and low coverage rate of a traditional quality inspection method are effectively solved, automatic, multi-dimensional and high-precision quality inspection and risk insight of mass calls are realized, and the efficiency and objectivity of customer service quality inspection are remarkably improved.

The invention relates to the technical field of emotional expression evaluation methods, and discloses a method and system for multi-modal comprehensive evaluation of actor skills based on a large language model, and the method comprises the following steps: S1, data collection and preprocessing; s2, multi-modal feature extraction is carried out; s3, performing data alignment and script analysis; and S4, reasoning the large language model and outputting a result, inputting the large language model subjected to fine adjustment of the performance case, and generating quantitative scores, total scores and improvement suggestions on a time axis of each dimension. According to the method, a technology of combining computer vision, voice signal processing and natural language processing is adopted, through deep fusion of limb, micro-expression and voice multi-modal features, subtle differences of actor emotion expression are comprehensively captured, and a scene-based evaluation benchmark is generated in combination with deep analysis of a script text; and quantitative and traceable evaluation results are output by means of semantic reasoning capability of a large language model.

The invention discloses a script risk assessment method, device and equipment, a medium and a computer program product. The method comprises the following steps: acquiring to-be-assessed script content; inputting the to-be-evaluated script content into a preset script analysis model to obtain a preliminary analysis result of the to-be-evaluated script content output by the script analysis model; and based on the preliminary analysis result, executing applicant authority assessment, historical assessment and script complexity assessment, and obtaining a risk assessment result of the to-be-assessed script content. According to the method, multi-dimensional risk assessment is carried out on the script content on the basis of the preliminary analysis result of the script analysis model in combination with the applicant permission, the execution history and the script complexity, the accuracy of script risk assessment can be improved, and then the script execution safety is guaranteed.

An object of a system according to an embodiment is to efficiently sell and buy a script created by an individual and distribute a profit for each use.SOLUTION: A system includes a script analysis part, a fee setting part, a profit sharing part, and a question-and-answer part. The script analysis unit analyzes the contents of the script. The fee setting unit sets a usage fee based on the script analyzed by the script analysis unit. The profit distribution unit calculates the cost every time the user uses the script based on the fee set by the fee setting unit, and distributes the profit to the creator. The question-and-answer unit allows the user to freely repeat questions and answers according to the generation AI.SELECTED DRAWING: Figure 1

The invention provides a three-dimensional simulation coupling interface method based on dynamic parameter mapping and control, which comprises the following steps of: S1, reading a coupling simulation basic file of a three-dimensional simulation platform by a script analysis module of a simulation coupling interface system, and establishing a parameter corresponding relationship between a one-dimensional simulation platform and the three-dimensional simulation platform; s2, the script dynamic reconstruction module reads data of the parameter mapping module and carries out solving simulation in the three-dimensional simulation platform, a result file is fed back to the script dynamic reconstruction module, the result file is processed by a state machine flow scheduler and then fed back to the three-dimensional simulation platform for operation, and a simulation result is output; and S3, a simulation result is verified and then transmitted to the one-dimensional simulation platform, and loop iteration solution is carried out again. According to the method, the one-dimensional simulation platform and the three-dimensional simulation platform are coupled in a non-intrusive mode, it is ensured that the examples can operate independently and be used cooperatively, and the convenience, stability and efficiency of coupling use of the one-dimensional simulation platform and the three-dimensional simulation platform are greatly improved.

The invention discloses an automatic conversion and compiling system for a visual script and a native code of a game editor. The system aims at breaking the conversion barrier between the visual script and the native code and improving the game development efficiency. The system covers a visual script editing module and provides a graphical interface, and developers create game logic through dragging and connection operations, which is simple and visual. And the script analysis module performs semantic and grammatical analysis on the visual script, constructs an abstract syntax tree and accurately understands script logic. The translation rule definition module predefines a plurality of translation rules, standardizing mapping from visual elements to native code elements. The automatic conversion module converts the abstract syntax tree into native codes according to rules. And the code compiling module adopts an efficient compiler to compile and optimize the converted native code to generate an executable file, and supports various mainstream programming languages such as C #, C + + and the like. The system greatly reduces the development threshold, accelerates the development process, and assists the development of the game development industry.

The invention relates to a deep research method and device of a script, a storage medium and electronic equipment. The method comprises the steps of performing structured analysis on a to-be-deeply researched script text to extract script analysis data including role information, session information and candidate themes, and generating a script theme set according to the script analysis data; generating at least one corresponding target audience portrait for each script theme in the script theme set; retrieving and analyzing social public opinion data associated with each target audience portrait to obtain public opinion analysis result data, and performing matching analysis on the public opinion analysis result data and the script theme set to obtain topic analysis result data; and performing aggregation and consistency verification processing on the public opinion analysis result data and the topic analysis result data to obtain a structured deep research report of the script text. According to the method and the device, the technical problem of lack of iterable, multi-dimensional linkage and verifiable script deep analysis is solved.

The invention relates to a script analysis method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining a target script, inputting the target script into a large language model, and outputting a script tag of the target script; determining a target element label, a plot chain and a plot advancing rhythm of the target script according to a predefined mapping rule on the basis of the plot label; inputting the target element label, the story line chain and the story line advancing rhythm into a multi-dimensional analysis model in sequence to obtain an evaluation value set of the target script; and generating a comprehensive analysis result of the target script based on the evaluation value set. According to the method, the plot emotion resonance intensity is disassembled into three quantifiable core dimensions including a label element, a plot chain and a plot rhythm, specific evaluation values of the three dimensions in a script are automatically recognized and quantified, and finally an objective, comprehensive and digitized script plot emotion resonance intensity analysis report is generated.

The invention discloses a game asset intelligent management and script analysis method and system based on a multi-modal large language model, and relates to the technical field of artificial intelligence and game development tools. The method comprises the following steps: constructing an AI Agent workflow framework based on a state machine, and supporting a ReAct reasoning mode to realize a thinking-action-observation cycle decision; a three-layer asset naming check and renaming algorithm is realized; an intelligent asset arrangement function is realized; a resource perception map generation function supporting multi-modal input is realized; a visual script intelligent analysis and generation function is realized; a resource specification checking function is realized; and a three-layer data storage and synchronization mechanism is realized. According to the method, the efficiency and accuracy of asset management, map generation and script analysis in the game development process are improved by utilizing the semantic understanding ability of the large language model and the multi-modal understanding ability of the visual language model.

A system and method for providing real-time narrative analysis and scoring within a structured screenwriting environment, integrates directly with a script editor to continuously evaluate screenplay content as it is written, using a modular AI scoring engine based on predefined rubrics that assess multiple narrative and commercial dimensions, including pacing, genre alignment, demographic appeal, artistic merit, cultural volatility, ideological alignment, and formatting compliance.

The application provides a vehicle-end diagnosis middleware, a vehicle-cloud collaborative diagnosis method, an electronic device and a medium, and belongs to the technical field of vehicle diagnosis. The vehicle-end diagnosis middleware comprises a script analysis engine, which is used for analyzing a diagnosis script in JSON format obtained from the cloud to generate diagnosis instructions suitable for a vehicle-mounted bus. The script analysis engine comprises: a pre-allocated fixed-size memory pool, which is used for storing temporary objects generated in the analysis process; a syntax tree analysis module, which is used for analyzing the diagnosis script into an abstract syntax tree and traversing and extracting diagnosis instruction fields; an instruction assembly module, which is used for assembling the diagnosis instruction fields into data frames in accordance with the vehicle-mounted bus protocol; and an incremental analysis module, which is used for detecting changes in the diagnosis script or a related configuration file and performing an analysis operation on the changed part. The application improves the analysis efficiency of the vehicle-end diagnosis script and the real-time response capability of the vehicle-cloud collaborative diagnosis.

The invention belongs to the technical field of multimedia processing, and discloses a video film generation system based on AI. Through cooperative work of a script analysis module, a scene transition analysis module, a role dynamic coding module, a video frame generation module, a time sequence consistency evaluation module and a frame optimization repair module, intelligent conversion from a script text to a complete video movie is realized. According to the method, the core problems of script understanding deviation, stiff scene conversion, unnatural role expression, inconsistent inter-frame quality and the like in traditional video production are solved, and the efficiency and the quality of content creation are improved. According to the method, complex script semantics can be accurately understood, a scene transition effect is intelligently controlled based on content relevance, role actions and emotions are accurately expressed, and video coherence and smoothness are ensured through an advanced frame evaluation and optimization technology.

The invention provides a method for creating an insurance clause interpretation database. The method comprises the following steps of: 1, collecting human insurance clause files; 2, carrying out structured disassembly analysis on the collected human insurance clause file to obtain a structured clause database; 3, performing automatic script analysis on the collected human insurance clause file to obtain an insurance amount calculation rule database for defining the amount calculation of each guarantee responsibility; 4, matching the structured clause database with the insurance amount calculation rule database to enable each clause of the structured clause database to be matched with one insurance amount calculation rule, thereby obtaining a clause insurance amount corresponding database; and 5, according to the associated information in the term and insurance amount corresponding database, combining the structured term database, the insurance amount calculation rule database and the term and insurance amount corresponding database to generate an insurance term interpretation database.

This application provides a script visualization method, apparatus, computer device, storage medium, and computer program product based on multi-agent collaboration. The method involves acquiring an original script and parsing it with a script analysis agent to obtain structured script information. Multiple video creation agents collaboratively generate an audiovisual design scheme for the original script based on this structured information. A prompting agent generates video generation prompts based on the audiovisual design scheme. Finally, a video generation model is invoked to generate the video based on the video generation prompts. This method improves the visualization quality of text-based scripts.

The invention discloses a test script management method and device and a storage medium, and relates to the technical field of electronic digital data processing.The test script management method comprises the steps that in response to a storage instruction of a test script, step information corresponding to a script source code of the test script is extracted; matching according to the step information to obtain a compiling grammar, an inspection rule and constraint information as rule matching results; taking a writing prompt word corresponding to the test script, the step information and the rule matching result as model input to obtain a model analysis result; analyzing a script analysis result corresponding to the model analysis result, and pushing the script analysis result to a tester corresponding to the test script. The technical effect of improving the comprehensive quality of the test script can be achieved.

The invention relates to the technical field of semiconductor device modeling, and provides a modular editing and execution method and system for semiconductor device modeling, and the method comprises the steps: initializing a script analysis engine embedded in an application program; creating a device modeling unit Step and distributing a unique identifier StepID; calling a configuration interface editor, automatically generating a structured configuration description Schema according to a parameter field set in a configuration interface, and carrying out association binding on the Schema and the StepID; based on the parameter field definition, finishing the modeling task when the running script calls the numerical value or the object of the parameter field; and configuring a trigger message for the Step in the message responder, and when the interface operation triggers the corresponding message, calling the running script to execute the modeling task and outputting a result. By introducing the concept of a modular modeling unit Step and combining configuration interface editing, operation logic editing, a script analysis engine and a message response mechanism, the limitation that an existing tool interface is fixed and logic cannot be programmed is broken through, the modeling period is shortened, and repeated operation is reduced.