20 results about "Systems interoperability" patented technology

The present application belongs to the technical field of energy storage intelligent management, and particularly relates to a micro-grid distributed energy storage intelligent management method and system, which identifies the communication protocol type of each energy storage device and generates a corresponding protocol identification code; establishes a communication routing table based on the protocol identification code, classifies the energy storage devices into a network according to the protocol; selects a unified transmission channel according to the network structure, sets the priority order of the channel; allocates data interaction time slots according to the priority of the channel, and generates a dynamic scheduling sequence; controls the action of the energy storage device according to the scheduling sequence, realizes cross-protocol collaborative response, and realizes efficient collaborative response between cross-protocol devices. This method does not need to rely on additional protocol conversion devices, improves the system interoperability, flexibility and response speed, and effectively solves the technical problem that energy storage devices are difficult to efficiently collaborate in a heterogeneous communication protocol environment.

A method and emergency system for performing a system interoperability protocol. A method may include discovering, at a first interoperability node of a first network including a first plurality of network nodes, and a second interoperability node of a second network including a second plurality of network nodes, the first network is different from the second network; and performing a protocol version compatibility check between the first interoperability node and the second interoperability node responsive to discovering the second interoperability node. The method can also include performing a function availability check of the second interoperability node responsive to the protocol version compatibility check; and providing interoperability functions to the second interoperability node.

Disclosed herein is an agent-first application architecture that facilitates intelligent, metadata-driven interactions across distributed computing environments. The system comprises a Metadata Repository, which defines communication policies, interaction rules, and contextual parameters. An Agent Orchestration Layer governs autonomous software agents, dynamically managing their lifecycle, task delegation, and execution logic. A Self-Learning Engine continuously refines agent decision-making models through real-time metadata updates and adaptive learning mechanisms. The system further incorporates an Event-Driven Middleware, which enables real-time, event-triggered execution of agent actions, ensuring adaptive, scalable, and autonomous decision-making across complex multi-system environments. By eliminating rigid API dependencies and leveraging metadata-centric intelligence, the architecture enhances cross-system interoperability, resilience, and adaptability. The invention is particularly suited for dynamic, multi-agent ecosystems requiring real-time adaptability, self-optimization, and intelligent orchestration of system interactions.

The invention discloses a mobile device control system and method based on protocol conversion and wireless communication, the system comprises a communication conversion gateway, a remote communication module, a PLC controller and a GSD file configuration module, the method comprises the following steps: installing the communication conversion gateway on an AGV trolley, and using a built-in Modbus-TCP protocol parser to carry out protocol conversion on the AGV trolley; the Modbus-TCP protocol is analyzed into data in an XML (Extensible Markup Language) format; and generating a PN protocol message according to the XML format data obtained by analysis. According to the invention, efficient conversion between the Modbus-TCP and the Profinet protocol is realized through the communication conversion gateway, the problem of "protocol barriers" between different devices is solved, and the interoperability of the system is greatly improved; in combination with GSD file configuration, new equipment can be quickly accessed, and the flexibility and expandability of the system are remarkably enhanced; the optimized protocol conversion process and Profinet communication link greatly improve the response speed.

The embodiment of the invention discloses a virtual resource allocation method and device and electronic equipment. The scheme comprises the steps of obtaining attribute information of a target user and a public key corresponding to the user, constructing a distributed identity for the target user according to the attribute information and the public key, determining a target allocation type according to an allocation request in response to the received allocation request for target virtual resources sent by the target user, and allocating the target virtual resources according to the allocation request and the distributed identity. And determining a target allocation type, obtaining a corresponding target allocation strategy according to the target allocation type, and allocating the target virtual resources between the target user and the receiver according to the target allocation strategy. According to the embodiment of the invention, on the basis of efficiently and flexibly allocating the target virtual resources according to a distributed account book technology, autonomous control of the target user on the identity data is enhanced, the privacy protection level is improved, cross-system interoperability is realized, and basic support is provided for a digital trust system.

The invention relates to the technical field of computer information, and provides an unmanned system interoperability weight evaluation method based on a combined weighting method, which comprises the following steps: constructing an unmanned system availability calculation model to obtain an unmanned system availability vector; constructing an unmanned system reliability calculation model, and calculating an unmanned system reliability matrix; constructing an unmanned system combat capability model, and obtaining an unmanned system combat capability vector; and constructing an unmanned system interoperation efficiency model, and calculating an unmanned system interoperation efficiency value. According to the method, a combined weighting method is introduced, a first weight coefficient is obtained based on an analytic hierarchy process, a second weight coefficient is calculated by means of a relative entropy minimization model based on measured data and multiple evaluations, and key indexes of interoperability of the unmanned system are identified. Through game theory optimization of the second weight, double balance is realized, the problem of complex weight distribution of an unmanned system interoperation index system is effectively solved, geometric mean fusion can be realized, and the limitation of a single weighting method is effectively overcome.

The present application belongs to the cross technical field of computer software and intellectual property management, and specifically relates to a kind of intellectual property whole life cycle intelligent management method and system based on value code.The present application aims to utilize digital identity identification (value code), block chain storage, intelligent contract automatic execution and other technologies, to build an integrated management platform of intellectual property registration, circulation, rights protection and value evaluation, which is traceable, verifiable and can automatically execute right distribution.The system anchors assets by generating a globally unique value code for intellectual property, deploys modularized smart contracts for ownership, license, rights protection and other modules, uses oracle network to realize off-chain event-driven on-chain state change and trusted storage.In addition, a dynamic value evaluation model is built by combining multi-source data and verifiable computing, and cross-chain interoperability protocol is used to realize cross-domain collaborative governance of assets.The present application effectively solves the problems of scattered ownership records, low efficiency of right distribution, value evaluation disconnection and poor cross-system interoperability in traditional management, and realizes cost reduction and efficiency improvement and value maximization of intellectual property management.

The application provides an intelligent teaching system interoperability model based on a subject knowledge graph by extending the SCORM specification, and comprises the following sub-models: sub-model 1, a structure framework of the subject knowledge graph; sub-model 2, a sharable intelligent content object KCO based on the subject knowledge graph; sub-model 3, a KCO runtime environment conforming to the SCORM specification; and sub-model 4, a KCO content packaging model KCOCP conforming to the SCORM specification. The application takes the subject knowledge graph as a knowledge base, and extends the content model of the SCORM specification from a multimedia-based structured courseware to intelligent learning content combined with the subject knowledge graph, so that the overall intelligence of the teaching system conforming to the SCORM specification can be greatly improved.

The application provides a multi-domain unmanned system interoperability evaluation environment construction and application method, which combines the characteristics of multi-domain unmanned systems, constructs an evaluation environment around the interoperability test evaluation requirements, and accesses test resources in the form of installation (L), simulation (V) and simulation (C), as well as multi-domain unmanned system test resources. During the interoperability evaluation test, static compliance testing and dynamic simulation testing are included. The static testing can collect multi-domain unmanned system interoperability evaluation index data through manual and automatic collection. The dynamic simulation test supports information and instruction transmission testing between unmanned system test resources for typical application scenarios. Finally, the test data is evaluated from four dimensions of procedures (P), applications (A), infrastructure (I) and data (D), and the multi-domain unmanned system interoperability level is obtained, which provides guidance for unmanned system interoperability level evaluation and capability improvement.

A system of improving computer system operations by testing and verifying operation of changed computer subsystems is provided. The system determines that a change has occurred at one or more computer subsystems associated with a given workflow and then determines a given time to test the given workflow(s). A request to test the given workflow at the given time is sent by the workflow server to the computer subsystem(s). The workflow server receives acknowledgements from the computer subsystem(s) of the request to test the given workflow. The respective acknowledgements either accept or reject the given test time. Control signals are sent to the computer subsystems to automatically perform the test of the given workflow at the given time, if accepted, in a test mode. The system then verifies the change to the one or more computer subsystems by evaluating results of the test actions of the given workflow.

The invention provides a full life cycle competency data acquisition and storage system based on observable behavior classification, and belongs to the technical field of personnel training evaluation. The system comprises a competency-OB classification analysis module used for performing multi-dimensional analysis on competency and observable behaviors to generate a structured classification framework; the multi-source data acquisition module is used for acquiring data from multiple systems in real time and automatically marking the data according to a structured classification framework; the special classification database cluster adopts a three-layer architecture to support efficient data processing; the data quality guarantee module is used for implementing verification in multiple links to guarantee data quality; the offline-online integrated module supports full-function offline evaluation and automatic account checking; the block chain evidence storage interface ensures that the evaluation record cannot be tampered; and the standardized API gateway provides an external system interface. The technical problems that traditional competency assessment data acquisition is low in structuralization degree, poor in cross-system interoperability, insufficient in data credibility and the like are solved, and the method can be widely applied to full-life-cycle training and assessment of high-risk occupational posts such as civil aviation and nuclear power.

The application discloses a kind of based on Kalman filtering's unmanned plane system interoperability evaluation method, comprising: constructing including structural attribute, application attribute, facility attribute, data attribute and knowledge attribute hierarchical model;Based on the above attribute respectively constructs secondary index tree and is merged to obtain overall attribute index tree;Based on overall attribute index tree, score is obtained to each attribute corresponding secondary index score and weight operator;Based on corresponding secondary index score and weight operator, corresponding attribute state equation is obtained;Based on structural attribute state equation and application attribute state equation, first attribute value is obtained by fusion;Based on first attribute value and facility attribute state equation, second attribute value is obtained by fusion;The above fusion process is executed cyclically, and data attribute state equation and knowledge attribute state equation are sequentially fused to finally obtain fourth attribute value;Based on fourth attribute value and hierarchical model, interoperability grade is obtained.The accuracy of unmanned plane system interoperability evaluation is improved.

A system of improving computer system operations by testing and verifying operation of changed computer subsystems is provided. The system determines that a change has occurred at one or more computer subsystems associated with a given workflow and then determines a given time to test the given workflow(s). A request to test the given workflow at the given time is sent by the workflow server to the computer subsystem(s). The workflow server receives acknowledgements from the computer subsystem(s) of the request to test the given workflow. The respective acknowledgements either accept or reject the given test time. Control signals are sent to the computer subsystems to automatically perform the test of the given workflow at the given time, if accepted, in a test mode. The system then verifies the change to the one or more computer subsystems by evaluating results of the test actions of the given workflow.

The invention provides a multi-production-line mixed-flow vehicle tracking and queue optimization control system and a multi-production-line mixed-flow vehicle tracking and queue optimization control method. The system comprises a real-time station tracking module, a production queue optimization module and an MES (Manufacturing Execution System) integration module. The real-time station tracking module is fused with an RFID positioning unit and an encoder positioning unit, and high-precision continuous positioning of the vehicle is realized through Kalman filtering; the production queue optimization module is used for dynamically scheduling vehicles in multi-production-line mixed-flow production based on a reinforcement learning algorithm, and carrying out conflict resolution by adopting a space-time resource reservation model; and the MES integration module interacts with the MES in real time through an OPC UA protocol to realize closed-loop control of a station state, an equipment state and a scheduling instruction. The method can improve the real-time tracking precision of the vehicle, improves the queue scheduling efficiency and the system collaboration, and is suitable for multi-production-line mixed-flow production scenes such as automobile manufacturing.

The invention belongs to the technical field of distributed simulation systems, and discloses a heterogeneous simulation system access system and method based on an HLA and a DDS. The method comprises the following steps of: initializing a DDS communication component and creating a communication handle to finish publishing and subscription registration of a data type; according to simulation node role configuration time limitation and control attributes, establishing a time management hierarchical relationship; intelligent classification processing of messages is realized, and time sequence messages and common messages are distinguished; executing stepping feasibility judgment based on the time management cluster; an ordered data refreshing mechanism is adopted to ensure the correctness of the causal relationship; and a dynamic time compensation algorithm is introduced to eliminate synchronization errors. According to the invention, the time synchronization precision and system interoperability in a distributed environment are improved, and the problems of message timing sequence chaos and time drift are solved. In the field of complex system simulation such as spacecraft co-simulation, the system expansibility and the resource utilization efficiency are effectively enhanced, and reliable technical support is provided for large-scale heterogeneous system co-simulation.

This invention discloses a dual-carbon management method and system, relating to the field of energy technology. It includes calculating carbon emissions for different geographical regions using a geographically adapted carbon emission model library; unifying the collected carbon emission data using carbon data semantic mapping rules and defining a carbon data exchange format; and establishing a carbon account system organized by geographical region within a dual-carbon management platform to complete dual-carbon management for different geographical regions. This invention solves the problems of difficult data interoperability and inconsistent standards between heterogeneous systems, enhancing data integration efficiency and system interoperability; ensuring the integrity, traceability, and tamper-proof nature of carbon data during transmission; realizing dynamic carbon emission inversion calculation based on real-time electricity consumption data, strengthening the sensitive response to carbon intensity changes during peak and off-peak periods; and significantly improving the refinement, intelligence, and collaboration of dual-carbon management.

The invention discloses a dual-carbon management method and system, and relates to the technical field of energy, and the method comprises the steps: calculating the carbon emissions of corresponding different geographic regions through combining a geographic adaptive carbon emission model library; unifying the collected carbon emission data by using a carbon data semantic mapping rule, and defining a carbon data exchange format; a carbon account system organized according to geographic areas is established in the dual-carbon management platform, and dual-carbon management of different geographic areas is completed. According to the method, the problems of difficulty in data intercommunication and non-uniform standards among heterogeneous systems are solved, and the data integration efficiency and the system interoperability are enhanced; the integrity, traceability and tamper-proofing performance of the carbon data in the transmission process are guaranteed; dynamic carbon emission inversion calculation based on real-time power consumption data is realized, and sensitive response to carbon intensity change in peak and valley periods is enhanced; and the refinement, intelligence and collaboration levels of dual-carbon management are obviously improved.

The application belongs to the technical field of distributed simulation system, and discloses a heterogeneous simulation system access system and method based on HLA and DDS; through initializing a DDS communication component and creating a communication handle, data type publishing and subscription registration are completed; according to simulation node role configuration time limited and control attribute, a time management hierarchical relationship is established; intelligent classification processing of messages is realized, time sequence messages and ordinary messages are distinguished; step feasibility judgment is executed based on a time management cluster; an ordered data refreshing mechanism is adopted to guarantee the correctness of causality; and a dynamic time compensation algorithm is introduced to eliminate synchronization error. The application improves time synchronization precision and system interoperability in a distributed environment, solves the problems of message time sequence confusion and time drift. In the field of complex system simulation such as spacecraft cooperative simulation, the application effectively enhances system expansibility and resource utilization efficiency, and provides reliable technical support for large-scale heterogeneous system cooperative simulation.

The invention discloses a hydropower station simulation system modular configuration method, system, equipment and medium based on five-dimensional model dynamic configuration, and belongs to the technical field of hydropower station simulation. The method comprises the following steps: constructing a five-dimensional model component knowledge base, and dividing a hydropower station three-dimensional entity model into five-dimensional standardized components; the components are bound to the three-dimensional entity model of the hydropower station, a data flow topological relation graph between the components is generated, and a component relation dependency matrix is generated; based on the behavior tree logic arrangement system, disassembling the hydropower station operation rule into configurable nodes; parameter consistency verification between dimensions is triggered, and an optimization algorithm is called to dynamically correct component model parameters; and calculating a reusability index based on the component use condition, and adjusting a component recommendation strategy according to the reusability index. Through the five-dimensional model independent development framework, decoupling development of a multidisciplinary model is realized, the coupling defect of a traditional single-dimensional model is eliminated, the interoperability of a power system is improved, and the reuse rate of a standardized component is improved.

The invention provides a transaction processing method applied to a server of a target financial institution, and the method comprises the steps: responding to a received financial transaction request message, and carrying out the analysis of the financial transaction request message, so as to obtain the message information of the financial transaction request message; performing format conversion and encryption on the financial transaction request message based on the message information to obtain an encrypted message; and sending the encrypted message to a communication service system of the service object according to the message information, so as to decrypt the encrypted message through the communication service system, and forwarding the decrypted message to a third-party financial institution access service for transaction processing associated with the target transaction. According to the method, all transaction requests are subjected to unified protocol adaptation and encryption packaging of a financial institution, it is ensured that the message format conforms to the technical specification of a target system, the problem of format incompatibility caused by enterprise system isomerism is effectively solved, and the success rate of transaction processing and the system interoperability are improved.