16 results about "Information architecture" patented technology

The embodiment of the invention provides an enterprise information architecture (4A)-based AI Agent planning enhancement system, a control device and equipment, and the system comprises a Prompt construction module which is used for analyzing an unstructured demand to obtain a structured demand, and cooperating with other modules to generate a standardized Prompt comprising a business process, a data entity and a tool strategy; the knowledge matching module is used for matching related knowledge based on a knowledge graph employment number fusion knowledge base and sorting the related knowledge into a knowledge list containing business processes, practical experience, a data list and a tool list; and the context reasoning module is used for generating a reasoning result based on the historical data and the knowledge list and feeding back the reasoning result to the Prompt construction module so as to assist in generating the normalized Prompt. According to the system, the integration capability of the AI Agent on business logic and data resources in the task planning process is remarkably improved, so that the AI Agent can more accurately understand enterprise-level business scenes, and standardized and intelligent planning support is provided for practical application of the AI technology in enterprise digital transformation.

Systems and methods for training a user to label and code digital files for three-dimensional garment design are provided. Systems and methods for collaborative refining of digital and / or physical garment prototypes are also provided.

This invention belongs to the field of vehicle network information technology, specifically relating to a method for self-identification of modularly reconfigurable vehicle configurations. It solves the problems of cumbersome manual vehicle configuration operations and low scalability in existing methods. Based on a multi-bus network topology, this invention integrates the attribute information of domain controllers on each independent module into the vehicle controller. This includes attribute identification of each module's information, integration of attribute information configuration tables, and distribution of attribute information configuration tables. This achieves interconnectivity of the entire vehicle's information architecture and plug-and-play functionality under module changes. The self-identification algorithm for vehicle configuration in this invention achieves rapid and accurate configuration of modularly reconfigurable vehicles through automation and intelligence, improving vehicle adaptability and flexibility, and providing strong technical support for future intelligent transportation systems.

The invention belongs to the technical field of natural language processing and artificial intelligence, and particularly relates to a nuclear power think tank report multi-dimensional semantic analysis method and system. Comprising the steps of data preprocessing (word segmentation, term recognition and grammar analysis); establishing an adaptive large model, and automatically adjusting an analysis strategy according to report requirements and data source features; applying an information extraction algorithm; a hierarchical information architecture is constructed and is divided into a basic information layer (original data), an analysis information layer (interpretation) and a decision information layer (suggestion) so as to output a support decision in a structured manner. The method has the beneficial effects that compared with a general information extraction patent, the method has obvious differences and advantages. For the terminology of the nuclear power think tank report, the terminology can be accurately understood and processed by establishing a terminology library and a targeted analysis algorithm, and understanding deviation in a general method is avoided.

The application provides a hot deployment method, a remote server and a hot deployment system. The method comprises the following steps: receiving and responding to IDE installation information sent by a client to install an IDE framework, wherein the IDE installation information is information for installing the IDE framework, or information including an IDE installation package, and the IDE framework is an architecture of an integrated development environment; receiving and responding to hot deployment plug-in installation information sent by the client to install a hot deployment plug-in on the IDE framework to realize a service function of hot deployment, wherein the hot deployment plug-in installation information is information for installing the hot deployment plug-in. The IDE framework is installed on the remote server first, and then the hot deployment plug-in is expanded on the IDE framework to realize the service function of hot deployment, thereby solving the problem that the prior art lacks a scheme for realizing automatic hot deployment of services on a remote pre-release server.

The invention provides a vehicle test information architecture construction method and device, equipment and a storage medium, and the method comprises the steps: obtaining a natural language business demand description inputted by a user; performing intention recognition and entity extraction on the natural language service demand description to obtain a service target; defining a service architecture based on the service target, the service architecture comprising at least one service object and attributes of each service object; and mapping the business objects in the business architecture into the logic entities, and mapping the attributes of the business objects into the fields of the corresponding logic entities so as to construct the information architecture. By adopting the method, the construction efficiency and suitability of the information architecture are improved.

The invention discloses a demand modeling and management method and system supporting multi-level demand tracing and baseline management. The method comprises the following steps: constructing a demand information architecture comprising a tree hierarchical structure, a demand type definition and an association relationship definition; generating and storing demand entries in a unified format by integrating a demand import interface based on an attention mechanism deep learning model; dynamically updating a state mark of the associated entry based on the association relationship, wherein a user can instruct to create a demand baseline; serializing the demand set and calculating a hash value, and generating a non-tampering baseline snapshot; a demand consistency report is finally generated by constructing a demand traceability graph, utilizing a graph traversal algorithm and adopting an innovative mathematical model combining time distribution and associated weight to quantitatively calculate a change influence index. According to the invention, automation, intelligentization and quantitative analysis of the whole life cycle of demand management are realized, and the consistency maintenance, change control and tracing analysis efficiency of demands are significantly improved.

The invention relates to the field of spacecraft outboard communication, in particular to a spacecraft outboard wireless network system, which selects a commercial Wi-Fi device with a standard POE interface and a detachable antenna as a wireless access point, and develops an astronavigation-level peripheral matching system for the wireless access point. Comprising a protective shell, a POE power supply module, a filter, an outboard antenna, a sealed cabin-penetrating connector and a network manager, a wireless signal cabin-penetrating transmission channel is constructed by using a sealed cabin-penetrating connector and a high-frequency cable; and the network manager is provided with a bus interface and a network interface, so that communication between the spacecraft data management system and the commercial Wi-Fi equipment is realized. According to the invention, while the system is ensured to meet the adaptability requirement of the space severe environment, the research and development cost and period are obviously reduced, and the maintainability of the system and the fusion degree with the existing spacecraft information architecture are improved.

The invention discloses a service architecture information processing method and system and a storage medium, and relates to the technical field of data management. The service architecture information processing method comprises the steps that in response to a first external control operation, current service architecture information is obtained from a service architecture management system through a preset data interface, and the preset data interface is used for being in butt joint with the service architecture management system; generating a data asset directory according to the current service architecture information; performing data analysis on the current service architecture information based on the data asset directory to obtain an analysis result; persistently storing the analysis result in a preset storage space; and in response to a second external control operation, selecting the to-be-displayed data content from the analysis result stored in the preset storage space, and displaying the to-be-displayed data content in the display window. According to the invention, the technical problem of low data governance efficiency caused by lagging of information architecture updating and incapability of responding to business architecture changes in time in the prior art is solved.

The embodiment of the invention discloses a business demand management method and device in an enterprise architecture, a storage medium and a server, and relates to the field of office automation. The method comprises the following steps: obtaining business requirements and enterprise architecture design information, and associating a multi-node review process; generating a report containing demand and architecture matching analysis, a digital construction state and an unconstructed capability list through the multi-modal large model, and outputting a review suggestion; automatically pushing the demand information, the architecture document, the analysis report and the suggestion to each review node by using a process engine; and collecting the review opinions and then summarizing to generate a structured review report. According to the method, unified demand management is realized, visual mapping of demand and architecture design is established, an online automatic review mechanism is provided, intelligent decision is supported, a demand-architecture-analysis closed-loop management system is formed, and digital transformation accuracy and execution efficiency are improved.

The invention discloses a water conservancy project humanoid robot inspection and hidden danger checking system based on polymorphic fusion. The system comprises a water conservancy project robot, a water conservancy information architecture unit based on polymorphic fusion and an inspection and hidden danger checking unit. The water conservancy information architecture unit based on polymorphic fusion is used for acquiring sensor data of a water conservancy project and water conservancy hidden danger knowledge graph data, and performing data operation and early warning; the routing inspection and hidden danger checking unit comprises a plurality of routing inspection paths, collects corresponding path information and carries out hidden danger intelligent diagnosis. The method is based on the module setting of the water conservancy project body robot, and combines the model predictive control MPC optimization inspection path algorithm of the hierarchical reinforcement decision framework to optimize the inspection path; structured, semi-structured and unstructured data are integrated to sort potential risk factors and association relationships thereof in the water conservancy project, hidden danger traceability analysis, risk prediction and cross-domain knowledge fusion are realized, and intelligent decision support is provided for water conservancy project full life cycle risk management.

The invention belongs to the technical field of computer system architecture design, and discloses a method and a system for constructing a structured information architecture design based on service driving. According to the technical scheme, through a hierarchical design and modular decoupling mode, various technologies such as data-driven rendering and graphic events are applied, and visual information system architecture design is achieved. An information architecture standard library is constructed, an architecture design underlying data basis is formed, a structured architecture design tool of a service-driven mode is formed on the basis, structured design work of an application architecture, a data architecture, a technical architecture and a security architecture is carried out in order with a service architecture as a guide, and logic association and data association between different architectures are strengthened. A user does not need to draw an architecture graph and only needs to maintain architecture basic data, and the architecture graph can be automatically generated through the mapping elements and the mapping rules built in the tool. And after the business, the application, the data, the technology and the security architecture are drawn, an overall architecture graph is automatically generated by one key.

This invention discloses a multi-level requirement tracing and verification method for ship information systems, comprising: S1, constructing a unified requirement information architecture based on the Spring Boot framework to realize complex associations and tracing between requirement items, and statistical results of requirement quantity and requirement coverage; S2, achieving automated requirement checking through custom keywords and requirement verification conditions; S3, automatically scanning requirement documents and extracting unqualified requirements according to predefined verification criteria, and enabling multiple people to participate in requirement verification activities simultaneously through an online requirement review function, conducting manual checks on submitted requirements and recording review issues. This invention also discloses a multi-level requirement tracing and verification device for ship information systems. This invention supports rapid multi-level requirement logic consistency verification and dynamic updates, enabling checks on requirements to be changed from different dimensions, providing reasonable comprehensive evaluation results, and can be widely applied in the field of computer software technology.

Architectures and techniques are described that can personalize, customize, or otherwise tailor a presentation of product version update information in accordance with certain embodiments of this disclosure. Such can be accomplished by comparing software product version data (e.g., release notes, data from a code repository, data from a documentation repository, . . . ) to customer data (e.g., customer equipment, topology, configuration, settings, . . . ). The tailored output can be tailored to a specific customer, a specific role within the customer organization (e.g., security officer, database administrator, . . . ), or a specific user within the customer organization. The tailored output can be targeted to appeal to a specific audience, increasing the likelihood of prompt acceptance of the new version of the software product.

Systems and methods for training a user to label, plan, and code digital files for three-dimensional garment design are provided. Systems and methods regarding a training and recruitment paradigm delivered over mobile to upskill users with manufacturing skills and then staff a newly reshored manufacturing industry over time are also provided.

The application discloses a kind of based on polymorphism fusion's water conservancy engineering humanoid robot inspection and hidden danger investigation system, including water conservancy engineering body robot, based on polymorphism fusion's water conservancy information architecture unit, inspection and hidden danger investigation unit;Based on polymorphism fusion's water conservancy information architecture unit is used to collect the sensor data of water conservancy engineering and water conservancy hidden danger knowledge graph data, carries out data operation and early warning;Inspection and hidden danger investigation unit contains several inspection paths, collects corresponding path information, carries out hidden danger intelligent diagnosis.The application is based on the module setting of water conservancy engineering body robot, combines the model prediction control MPC of layered reinforcement decision framework and optimizes the inspection path algorithm of optimization inspection path;Integrate structured, semi-structured, unstructured data tease out potential risk elements and its correlation in water conservancy engineering, realize hidden danger traceability analysis, risk prediction and cross-domain knowledge fusion, provide intelligent decision support for water conservancy engineering whole life cycle risk management.