8 results about "Design documentation" patented technology

This invention belongs to the field of natural language processing and information extraction technology, and provides a method and system for extracting parameters from boiler design documents based on multi-round self-feedback RAG. The method includes: preprocessing the boiler design document and the original query, converting them into several text segments and expected inputs respectively; encoding the text segments and expected inputs into high-dimensional vectors and query vectors respectively, storing the high-dimensional vectors and constructing a vector index; generating a response based on retrieved external knowledge to assist a large language model, and iteratively optimizing the generated results through multiple rounds. This invention effectively solves the problems of incorrect and missing parameter extraction in complex or fuzzy query scenarios, significantly improving the reliability of the final results; it overcomes the limitations of traditional methods and standard large language models in handling multimodal data, enhancing the processing capability for complex multimodal documents; and it improves the accuracy of information retrieval, laying a solid foundation for subsequent accurate parameter extraction.

This invention discloses a method, apparatus, device, medium, and product for compliance testing of design documents, relating to the field of artificial intelligence technology and applicable to the fintech field. The method includes: acquiring a target design document to be tested, and determining at least one clause item to be tested contained in the target design document and the target clause item type corresponding to the clause item; if the target clause item type is a first clause item type, determining target compliance rules based on the target clause item type, and performing compliance testing on the clause item to be tested according to the target compliance rules; if the target clause item type is a second clause item type, using a target large language model to perform compliance testing on the clause item to be tested. This invention combines the deep semantic understanding capability of a large language model with the accuracy of structured compliance rules, comprehensively improving the accuracy and comprehensiveness of design document compliance testing, and reducing the false positive and false negative rates of design document compliance testing.

The application provides a visual design defect intelligent detection method and system, obtains a design document exported from a visual design tool, extracts geometric attribute sets, visual style attribute sets and semantic role label sets of each visible design element in the design document, constructs a layout relationship network based on all the geometric attribute sets, relative positions, overlapping relationships and spacings of the boundary boxes of each visible design element, and further identifies a layout defect set, matches all the visual style attribute sets with a design specification knowledge base to identify a basic visual defect set, and performs correlation analysis on the basic visual defect set and the layout defect set, when a visible design element triggers multiple defects, performs priority sorting and defect merging on the visible design element based on a preset defect type severity level, and generates a corresponding core defect list. According to the scheme of the application, the defect detection of visual design can be performed based on deep understanding of design semantics and multi-dimensional design rules.

This technology enables the generation of highly accurate source code and facilitates error correction. [Solution] The information processing device according to this embodiment includes: detailed design document generation means for dividing a basic design document and generating a detailed design document based on detailed design document generation rules; transmission means for sending the generated detailed design document, along with an instruction to generate source code, to a generation AI server; and receiving means for receiving the source code generated by the generation AI server.

This utility model relates to the repair and maintenance of mechanical engineering products, specifically to systems for technologically supporting their repair. The system includes a three-dimensional scanning device (1) connected to a computing module (2) via a data transfer interface. The computing module (2) comprises a module for constructing a digital three-dimensional model with the generation of a point cloud (3) and a polygonal model (4), a reverse engineering module with the generation of a solid parametric model (5), a module for analyzing geometric deviations, and a module for generating design documentation (6). The technical result is an increase in the accuracy of generating a digital model of a product and a reduction in the time required to prepare design documentation for product repair.

This invention relates to a software automated testing method, system, and electronic device, belonging to the field of software testing technology. The method includes: obtaining initial test cases by performing correlation analysis with detailed design documents and software architecture design documents, along with the C code and model; obtaining a JSON file by performing structured parsing and semantic compression on the C code and model; using the JSON file and initial test cases as input to a large language model; the large language model outputting a target JSON file; inputting the target JSON file into a credibility assessment module to obtain a test score; if the test score is greater than or equal to a preset score, obtaining a test result list based on the target JSON file and initial test cases. This invention combines a large language model to test various functions of the software during the testing process to obtain a test result list, and uses credibility assessment for filtering, which can effectively improve test coverage and testing efficiency.

The present disclosure relates to systems, methods, and non-transitory computer-readable media that provides customized editing access rights for sub-portions of a digital design document. In particular, the disclosed systems generate a mapping between a selected sub-portion of a plurality of sub-portions of a digital design document and a user account indicating editing access rights to the selected sub-portion for the user account. Furthermore, the disclosed systems receives digital content from a client device associated with the user account for the selected sub-portion. Moreover, the disclosed systems modify the selected sub-portion to include the digital content from the client device based on the mapping between the selected sub-portion and the user account.

This application provides a front-end code generation method, apparatus, storage medium, and program product, relating to the field of computer software technology. The method includes: automatically parsing a design document for generating front-end code, decomposing the design document into atomic front-end development tasks; automatically analyzing the atomic front-end development tasks to obtain the dependencies between them; constructing a task dependency graph based on the dependencies, the task dependency graph reflecting the logical order and constraints of the execution of the atomic front-end development tasks; determining the current atomic front-end development task according to the logical order in the task dependency graph, and generating corresponding input prompts based on the constraints and the front-end code fragments corresponding to the previously dependent atomic front-end development tasks; calling a code generation model based on the input prompts to execute the current atomic front-end development task and generate the corresponding front-end code fragments. The front-end code generated by this application meets front-end development requirements.