17 results about "View model" patented technology

The invention discloses a complex system comprehensive multi-view consistency detection method based on a large model, and relates to the technical field of information system architecture design. The method comprises the steps that N view models to be detected are determined, and a rule base is constructed and formed; forming a triple set; performing rule retrieval on the triple set to obtain a corresponding rule subset; and constructing a complete prompt statement according to the prompt template and the rule subset, and reasoning the prompt statement by the large language model to obtain a consistency detection result. Based on the MBSE method, the ability of understanding, reasoning and applying knowledge in the field of system architecture and system engineering is remarkably improved, the automation degree, accuracy and robustness of multi-view consistency detection are improved, and the correctness, completeness and consistency of complex information system architecture design are guaranteed.

The invention provides an MBSE-based complex relation decoupling and process method and system for a complex equipment test. The method comprises the following steps: S1, constructing an MBSE multi-view model and completing structured processing of core elements of a test system; s2, converting the MBSE multi-view model into a dynamic weighted directed graph and generating a coupling strength matrix; s3, a community discovery algorithm is adopted to divide coupling units and quantify coupling risk levels; s4, constructing a double-queue scheduling mechanism and determining scheduling logic of tasks and resources; s5, executing a decoupling optimization strategy for three types of coupling of the time sequence, the resources and the data; and S6, evaluating a decoupling effect through a three-level verification closed loop and iteratively updating model parameters.

This application discloses a dynamic form construction method, device, and medium, relating to the fields of software engineering and enterprise application development technology. The method includes: receiving a form request containing a view model identifier and request type based on a preset view parsing and execution engine; parsing a predefined view model according to the identifier to obtain its metadata, which defines the target business entity, view data object structure, field set, and filtering conditions; for data query requests, dynamically constructing and executing SQL statements based on the aforementioned metadata, obtaining raw data, performing aggregation and transformation, and generating structured view data that meets the front-end rendering requirements for return; for data submission requests, converting the data submitted from the front-end back into domain model data according to the same view model, and calling the business entity engine service to complete business logic verification and persistent storage, thereby achieving dynamic generation of the form view, decoupling of front-end and back-end logic, and ensuring business consistency.

The invention belongs to the field of drawing space and legend intelligent recognition, and particularly relates to a method and device for intelligently recognizing CAD drawing space and legend through model training, and the method comprises the following steps: S1, drawing training material manufacturing; importing a drawing training material and a calculation amount drawing; s2, a database and algorithm analysis service is read through DWG; s3, for the data stored in the DWG reading database, on the first aspect, target detection model training is carried out through a view model training data set, and a view model is generated; secondly, data are structured through a drawing; thirdly, importing a legend library; s4, for data of algorithm analysis service, on the first aspect, the algorithm is recognized through a legend; and secondly, identifying an effective space range through a space algorithm. The method greatly improves the efficiency, guarantees the identification precision, reduces the technical threshold, strengthens the cooperation capability, and meets the requirements of multiple scenes.

The embodiment of the invention discloses a safety-critical software test modeling method and device fused with an STPA method.According to the embodiment of the invention, firstly, system boundary definition and demand collection are carried out, then a three-view model composed of a control composite structure diagram, a state machine diagram and an activity diagram is constructed, the control composite structure diagram is based on the MARTE specification and the STAMP theory, and the state machine diagram and the activity diagram are combined. A system component and a control feedback relation thereof are defined. Six kinds of unsafe control behaviors and 23 kinds of cause scenes are systematically recognized by integrating time and reliability constraints of MARTE and combining an STPA method, and model iteration and verification are carried out. According to the method, the problems of non-systematic security analysis, insufficient time constraint management and poor model consistency in the prior art are solved, the test coverage rate and the system security are remarkably improved, and the resource utilization and development efficiency is optimized.

The invention discloses a state machine graphical modeling packaging method and device, equipment and a storage medium. The method comprises the steps of obtaining an event description file of a to-be-modeled encapsulation event implementation logic; performing logic analysis on the event description file, extracting a state machine structure, and obtaining hierarchical nesting information corresponding to a finite state machine in the event description file; according to the hierarchical nested information, plane view modeling processing is carried out, a state view model corresponding to a finite state machine in the event description file is obtained, and the state view model displays display information of all event states in a plane display mode; and performing graphic packaging processing on the sub-state machine in the state view model to obtain an event modeling packaging view corresponding to the to-be-modeled packaging event. According to the technical scheme, multi-layer nested state machine graph modeling can be realized, the complexity of the model is effectively reduced, and the readability and maintainability of the model are improved.

The application provides a kind of based on relationship diagram convolution network's architecture view model completion method and system, it is related to complex system and system engineering technical field, by mapping architecture view model structure into multi-type relationship knowledge graph, the element of multi-view model and its multi-type relationship are mapped into unified knowledge graph structure, not only realize unified data representation and structured input, but also support the analysis and reasoning of architecture, so that nodes and relationships can be directly processed by graph neural networks;Then by combining logical constraint rules and feature enhancement mechanism, improve the prediction accuracy and interpretability of R-GCN for missing nodes and relationships;Finally, through R-GCN model reasoning, the architecture model is realized, and the multi-view architecture is automatically semantically inferred, and finally the intelligent automatic completion of the missing elements of the architecture view model is realized.

The invention relates to an equipment control software architecture method supporting dynamic switching of multiple communication modes, which comprises the following steps of: defining a unified abstract interface IServerInit for standardizing methods which must be realized by all communication mode view models; based on a unified abstract interface IServerInit, a plurality of mutually independent specific communication strategy modules are realized, and each module encapsulates all logics of one communication mode; a program main view model MainWindows ViewModel depends on a unified abstract interface IServerInit, and an instance of a specific strategy module is dynamically obtained through a dependency injection DI container; and uniformly processing data from different communication strategy modules through an event aggregator, and publishing the data to a user interface for display. The invention also relates to a corresponding system, device, processor and storage medium. By adopting the equipment control software architecture method, system and device supporting the dynamic switching of the multiple communication modes, the processor and the storage medium thereof, the problems of non-uniform interfaces, poor expansibility and the like existing in a traditional method are effectively solved.

This invention discloses a method and system for controlling page interaction using a data model, relating to the field of front-end development technology. The method includes the following steps: S1: Obtaining a view model and establishing a data model based on the obtained view model; S2: Recursively parsing the data model and loading the view model; S3: Implementing form functionality based on the form attributes bound in the data model. This invention achieves high reusability of interaction methods and reduces communication costs between models by abstracting and datafiing interaction methods and managing and using the data in a unified manner.

This invention discloses a write acceleration system and method for cloud object storage. The system includes a primary storage bucket, a shadow storage bucket, and a Cat proxy. The primary storage bucket provides a standard view; the shadow storage bucket stores incremental objects and metadata manifest objects, providing an enhanced view; the Cat proxy coordinates the interaction between the application layer and the underlying primary and shadow storage buckets, and introduces RangePut, ObjectSync, and AGet to accelerate operations. The standard view and the enhanced view constitute the dual-view model of this invention. This invention enables native cloud object storage applications to directly access object data without parsing any additional metadata structures through the dual-view model. It also introduces an atomic write and read mechanism based on the metadata manifest and a view-based concurrency control protocol to achieve sequential and linear operations on the same object; and introduces MPU operations to improve object merging efficiency.

A new ecosystem monitoring solution provides novel features including a dashboard service, a dashboard notifier, and a near real time query processor. The dashboard service can continuously aggregate, through the dashboard notifier and optionally dashboard agents, metadata from disparate ecosystem components of a complex computing platform or ecosystem. The metadata include metrics of crawling, data ingestion, and content enrichment activities and health information of the disparate ecosystem components. The metrics are processed with respect to a time window utilizing an expression tree dynamically constructed by the query processor. The query processor can navigate the expression tree to form collection models. Each collection has aggregation functions for aggregating a set of metrics specified in a view model. Responsive to a view request, the view model can be dynamically updated utilizing the collection model and communicated to a user device for rendition and presentation of a view through a dashboard user interface.

The application provides a kind of integrated enterprise modeling method and device for planting enterprise, it is related to computer technology field, method includes: the integrated enterprise modeling framework for planting enterprise is built;The integrated enterprise modeling framework includes view dimension;The view dimension includes at least one view;Association exists between each view;Based on each view and the association relationship, the view model corresponding to each view is determined respectively;Based on each view model, the planting enterprise model is established, the establishment of planting enterprise model is realized, the precision of planting enterprise model is improved, to meet the needs of planting enterprise.

The application discloses a Flutter interface generation method and device based on Figma, a medium and a program product. The method comprises the following steps: first, node data of a user graphical interface design is pulled from a Figma server; then, a unified intermediate data model is constructed according to the node data; then, the unified intermediate data model is mapped into an initial syntax tree corresponding to a Flutter interface; a plug-in in a preset plug-in chain is called to transform the initial syntax tree, and a target syntax tree is obtained; finally, Flutter interface code and a view model are generated according to the target syntax tree. The application effectively improves the Flutter interface development efficiency based on Figma.

A new ecosystem monitoring solution provides novel features including a dashboard service, a dashboard notifier, and a near real time query processor. The dashboard service can continuously aggregate, through the dashboard notifier and optionally dashboard agents, metadata from disparate ecosystem components of a complex computing platform or ecosystem. The metadata include metrics of crawling, data ingestion, and content enrichment activities and health information of the disparate ecosystem components. The metrics are processed with respect to a time window utilizing an expression tree dynamically constructed by the query processor. The query processor can navigate the expression tree to form collection models. Each collection has aggregation functions for aggregating a set of metrics specified in a view model. Responsive to a view request, the view model can be dynamically updated utilizing the collection model and communicated to a user device for rendition and presentation of a view through a dashboard user interface.

This application proposes a method and system for reliability assessment of telemetry devices based on MBSE. The method constructs a unified multi-view model using MBSE and SysML, integrating reliability requirements, structure, behavior, and parameters into a single data base, thus completely resolving the problems of disconnect between traditional reliability analysis and system design, data inconsistency, and difficulty in traceability. It should be noted that traditional methods often involve reliability analysis in the later stages of design, while this application allows for reliability modeling during the conceptual design phase. Furthermore, this application automates the generation of reliability analysis models, improving efficiency and accuracy. This application can automatically parse component connection relationships and redundant logic from the SysML structural model, generating reliability block diagrams or fault trees with a single click, replacing traditional manual drawing methods. In the embodiments of this application, this automated process significantly shortens modeling time, eliminates human error, and ensures real-time synchronization between the reliability model and the system design.

The invention relates to a CAD / CAE (computer-aided design / computer-aided engineering)-oriented multi-model file format browser construction system, which comprises a multi-format model file analysis module, a general data structure conversion module, a multi-view model rendering module, a model control and interaction module and a model management and comparison module. Uniform reading, accurate analysis, efficient conversion and multi-dimensional interactive visualization of various mainstream and specific field engineering model formats such as STL, OBJ, STEP / STP, IGES / IGS, RTH and INP can be realized, and a model display function under various view angles such as entities, grids, point clouds and wireframes is provided, so that the problem of multi-format model data processing is effectively solved, and the engineering collaboration efficiency is improved.

The invention discloses a simulator visual automatic modeling method based on a convolutional neural network, and relates to the technical field of simulator visual modeling and computer vision. The problems that in the prior art, simulator visual modeling is low in efficiency, poor in precision, insufficient in adaptability and low in building modeling automation degree are solved. The method comprises the steps of visual data preprocessing, visual network initialization, structure adaptive optimization, visual model training, visual model optimization output and optional visual model adaptation. Wherein the scene network is initialized to construct a special convolutional neural network framework containing a building structure extraction sub-module, and building area segmentation and structure parameter extraction are realized; the structure self-adaptive optimization adopts a reinforcement learning agent model to dynamically adjust the network structure; an improved AdamW algorithm is adopted in the training process, and an early stop mechanism is set to avoid overfitting; the optimization output guarantees the performance of the model through grid simplification, texture enhancement and illumination calibration. Synchronous automatic modeling of the terrain and the building is achieved, the modeling efficiency is improved by 80% or above, the rendering frame rate of the final output model is not lower than 60 fps, the geometric precision error of the terrain is smaller than or equal to 5%, the dimensional precision error of the building is smaller than or equal to 3%, and the method can directly adapt to a flight simulator and is especially suitable for low-altitude flight training visual construction of a mountain-building mixed scene. The practical value and the popularization prospect are extremely high.