14 results about "Business component" patented technology

Embodiments are directed to a system for assessing and optimizing master data maturity for an enterprise master data architecture. The master data maturity analysis system generates a master data maturity matrix for individual master data users. Each unique master data user's master data maturity matrix is used to generate master data matrices for other hierarchical entities for an enterprise such as lines of business and / or the enterprise as a whole. Master data maturity matrices are stored over time and tracked to assess and optimize the master data maturity and improvement of the master data technology vertically and horizontally across all enterprise hierarchies and business components.

This invention discloses a business model orchestration and collaborative execution method for diagnosing complex business logic. The method comprises six parts: First, business model abstraction and layered construction, including component-based business modeling, domain-driven design-based business context partitioning, and aggregation of related services. Second, intelligent orchestration engine design, including dynamic process assembly, execution strategy configuration, and diagnostic probe implantation. Third, a distributed collaborative execution framework, including event-driven architecture, distributed transaction control, and resource scheduling optimization. Fourth, real-time diagnosis and root cause analysis, including multi-dimensional monitoring, dynamic topology analysis, intelligent diagnostic engine, and root cause localization. Fifth, collaborative governance and optimization closed loop, including knowledge accumulation, automatic repair, and process optimization suggestions. Sixth, collaborative task execution, allocating resources according to business type and collaboratively executing concurrent tasks. Finally, the results of business model orchestration and collaborative execution are output. This invention achieves efficient collaborative execution and automatically diagnoses problems during the execution process.

The application provides a coal mine scene construction method and device and a distributed scene development platform, comprising: if a scene construction instruction is received, a coal mine basic scene is built based on a public component; in response to a selection operation on a candidate business component, at least one target business component is determined, and a coal mine business sub-scene is built based on each target business component; and the coal mine basic scene and each coal mine business sub-scene are fused into a target coal mine scene. The application can effectively improve the repeated development of scenes and business data, and can also perform distributed storage, management, display and analysis application on each business data of the coal mine, and can also meet the application requirements of business display and multi-business data fusion display compatibility.

This application relates to the interdisciplinary field of artificial intelligence and reliability systems engineering, and provides a method and apparatus for intelligent generation of equipment fault behavior logic models based on LLM (Limited Linear Modeling). This method combines a vector database to achieve enhanced retrieval, constructs an agent-based framework for generating equipment fault behavior logic models, and then generates structural elements in the agent for each business component involved in the equipment fault behavior logic. Based on the model structure, the results are integrated and merged, ultimately achieving a complete and runnable equipment fault behavior logic simulation model. This method integrates the interactive modeling capabilities of agents with the semantic understanding and logical reasoning capabilities of large language models, enabling intelligent generation of fault behavior models for complex equipment and effectively improving the generation efficiency of equipment fault behavior models.

From conceptualizing a hardware product business, we identify the optimal suppliers for each component related to that hardware. [Solution] The business composition system 5 includes a business component decomposition unit 22 that receives data of a business plan 42 and decomposes it into elements or groups of parts that constitute the business plan 42; a company information extraction unit 24 that, if the elements decomposed by the business component decomposition unit 22 are parts, extracts company information about multiple companies that produce these parts; an LLM index value calculation unit 26a that calculates LLM index values ​​by evaluating the company information about the multiple companies extracted by the company information extraction unit 24 using a large-scale language model server 31; and a ranking unit 27 that ranks the multiple companies based on the LLM index values.

This invention discloses a flexible table configuration method and system based on Handsontable in a Vue project, including: S1: Drag and drop merging; responding to the user's drag and drop operation, capturing the area to be merged, and serializing the merging information corresponding to the area into persistently stored merge range data; S2: Component registration; writing Vue business components as custom editors and renderers, and registering them as new cell types; S3: Event communication; establishing a global message bus; publishing cell data change events inside the table, and listening for corresponding events in external modules; S4: Granular configuration; providing unified type configuration at the column level, and supporting exception configuration of cells through cell metadata.

The application discloses a kind of service integration method and device, it is related to computer technical field.The specific embodiment of the method includes: in response to the component integration request of service system, display page component library;Wherein, the page component library includes basic meta-component and business component, the business component is generated by configuring the basic meta-component, the basic meta-component is generated by compiling front-end framework component, and the front-end framework component is the component developed using technology stack framework;In response to the selection operation of one or more page components in the page component library, the selected page component is integrated into service system.The embodiment effectively eliminates the experience inconsistency problem caused by framework characteristic difference, improves the component reuse efficiency, reduces the integration complexity, and ensures the compatibility and consistency of cross-platform use.

Embodiments of the present application disclose a page display method and device, electronic equipment and medium, relating to the technical field of artificial intelligence. A specific embodiment of the method includes: obtaining a page display requirement input by a user through a user terminal; calling a preset language model to generate a page display code based on the page display requirement, the page display code defining a data structure of page display data; obtaining at least one business component corresponding to the data structure based on the data structure; integrating the at least one business component based on the page display requirement to obtain a business process adapted to the page display requirement; and generating a target page based on the business process and the page display code, and displaying the target page on a display interface of the user terminal. The embodiments achieve precise adaptation of page display requirements to codes and processes, greatly improve the accuracy and implementation efficiency of page customization, and meet the diversified needs of users.

The present disclosure relates to the technical field of front-end code development, and proposes a code generation method and device for front-end development, computer equipment and products, wherein the method comprises: obtaining component description information and component code information of a target business component in a target component library; obtaining business requirement information input by a user; structurally integrating the component code information, the component description information and the business requirement information to generate a large model prompt word, the large model prompt word containing component calling rules, requirement implementation targets and component parameter constraints; inputting the large model prompt word into a target large model to enable the target large model to automatically generate business function code, the business function code containing component integration code and business logic code; and outputting the business function code returned by the target large model. The technical solutions provided by one or more embodiments of the present disclosure can improve the efficiency and flexibility of front-end development.

This application relates to the interdisciplinary field of artificial intelligence and reliability systems engineering, and provides a method and apparatus for intelligent generation of equipment maintenance and operation support models based on LLM (Limited Linear Modeling). This method combines a vector database to achieve enhanced retrieval and constructs an agent-based framework for generating equipment maintenance and operation support models. Then, for each business component involved in the equipment maintenance and operation support model, structural elements in the agent are generated one by one. Based on the model structure, the results are integrated and merged, ultimately achieving a complete and operational equipment maintenance and operation support model. This method integrates the interactive modeling capabilities of agents with the semantic understanding and logical reasoning capabilities of large language models, realizing the intelligent generation of maintenance and operation support models for complex equipment, and effectively improving the generation efficiency of equipment maintenance and support models.

The present disclosure provides a data rendering method, related equipment and computer program product, relating to the technical field of computer and Internet. The method comprises: receiving a mixed Markdown text stream, wherein the mixed Markdown text stream comprises Markdown syntax data and business component metadata, and the business component metadata is used for rendering a custom business component; dynamically identifying and incrementally parsing the mixed Markdown text stream through a first parsing channel, so as to parse the Markdown syntax data in the mixed Markdown text stream into an HTML fragment; dynamically identifying and incrementally parsing the mixed Markdown text stream through a second parsing channel, so as to incrementally obtain the business component metadata in the mixed Markdown text stream; and transmitting the parsed HTML fragment and the business component metadata to a client through a streaming pipeline, so as to streamingly render the Markdown syntax data and the business component metadata on the client. The embodiment of the present disclosure can synchronously render component data when rendering Markdown data, thereby improving the rich media rendering capability.

The embodiment of the application provides a service processing method and related equipment, wherein the method comprises: obtaining at least one service component required by a service page to be configured under a service scenario, each service component being used for triggering processing logic of one service function; the at least one service component being used for forming service pages of different services under the service scenario; performing parameter configuration on the at least one service component according to configuration requirements of the service page to be configured, to obtain configuration parameters of each service component; and performing assembly processing on the at least one service component after the parameter configuration, to obtain the service page after the configuration. The embodiment of the application improves the efficiency of service page development.

Embodiments of the present application disclose a component dependency checking method and device, equipment and a medium, wherein the method realizes comprehensive, flexible and accurate automatic checking of risk decision business component dependency relationship by means of configurable acquisition and graph model construction, combined with a configurable rule engine and result display, improves checking dimension, identifies complex abnormalities, reduces maintenance cost, and provides a clear panoramic view and friendly prompts.

The application discloses a UI framework iterative optimization method and device, and a storage medium, comprising: obtaining a to-be-renovated framework interface, determining a to-be-replaced UI control in the framework interface by traversing a UI control tree of the framework interface; changing the to-be-replaced UI control into a corresponding function code block according to a preset UI structure mapping rule, dividing the function code block into multiple independent code regions according to a function module division strategy; generating an interface control script based on each independent code region, and generating a renovated framework interface after binding the interface control script with a corresponding UI view resource; parsing the renovated framework interface by using an editor tool, generating a framework optimization configuration file based on a parsing result; in response to a running instruction, loading the framework optimization configuration file to obtain a page data object, and calling a corresponding business component to perform interface rendering to generate a dynamic component interface. The application realizes automatic renovation and compatibility conversion, improves development efficiency, supports dynamic configuration, and ensures consistent interface behavior.