72 results about "Interoperability" patented technology

Methods and articles of manufacture for hosting a safety critical application on an uncontrolled data processing device are provided. Various checks and combinations of checks including installation, functional, host integrity, coexistence, interoperability, power management, and environment checks are performed at various times to determine if the safety critical application operates properly on the device. The operation of the SCA on the UDPD may be controlled accordingly.

The invention discloses a method and device for comprehensively optimizing test resources, electronic equipment and a storage medium, and belongs to the technical field of software test.The method comprises the steps that a test case set is classified through a high-dimensional data clustering algorithm, and a plurality of test case classes are obtained; selecting representative test cases from each test case class based on an improved greedy algorithm to form a target test case subset; performing priority ranking on the target test case subset by adopting a firefly group optimization algorithm to obtain a ranking result; and optimizing distribution and scheduling of test resources according to the sorting result so as to preferentially execute high-priority test cases and realize resource load balancing. By combining high-dimensional data clustering, an improved greedy algorithm and a firefly group optimization algorithm, the problem of large-scale test case management in the interconnection and interworking test of heterogeneous AC and AP equipment is solved, comprehensive optimization management of test resources is realized, and the test efficiency and the system quality are remarkably improved.

The invention relates to the technical field of automobile lightweight design and intelligent databases, and provides an automobile lightweight intelligent decision database system and method based on artificial intelligence. The invention aims to solve the technical problems of low design efficiency, low performance prediction and parameter optimization precision and difficulty in balancing multi-target requirements caused by data heterogeneous dispersion, difficulty in intercommunication and information splitting in the existing automobile lightweight design. According to the scheme, an intelligent decision database system is constructed through five core modules: a multi-source heterogeneous data acquisition module realizes data standardization processing and secure storage; the lightweight knowledge graph construction module establishes an association system and dynamically updates a standard; the intelligent algorithm module integrates a deep residual network, Bayesian optimization and a Transform architecture, and completes performance prediction, parameter optimization and scheme generation; the multi-objective optimization decision module screens an optimal scheme through multi-dimensional evaluation and constraint processing; the visual interaction module provides a visual interaction function and supports multi-mode deployment.

A system for privacy preserving artificial intelligence (AI) comprising: a first and second device interoperability system (DIS) coupled to an artificial intelligence analysis subsystem (AIAS). The first and second DIS receive a first and second plurality of data sets from coupled first and second pluralities of user devices respectively. The first and second DIS create first and second aggregated data sets based on the received first and second pluralities of data sets. The first and second DIS determine first and second subsets of model parameters for an AI model based on the first and second aggregated data sets; then transmit first and second sets of information based on the model parameter subsets to the AIAS. The AIAS creates a set of model parameters for the AI model based on the transmitted sets of information, and transmits the set of model parameters to the first and second DIS for deployment.

The application provides a process engine-based autonomous operation method and system for an interoperability verification task, a virtual-real combined simulation environment is constructed by including field equipment operation data, laboratory scaled component state information and a software simulation model, an actual operation scene of a road electromechanical equipment interoperability mechanism is simulated, an interoperability verification task is generated according to a preset verification requirement parameter set, a process engine is called to analyze the task and plan an execution process, the task is executed in the virtual-real combined simulation environment according to the execution process, message transmission data, state response data and time synchronization data in the equipment interaction process are collected in real time, interoperability verification results including interaction message integrity description, state response consistency record and time synchronization accuracy description are generated based on the message transmission data, the state response data and the time synchronization data, so that the verification task can be autonomously planned, and a comprehensive and real test environment is provided.

The application relates to the technical field of artificial intelligence task representation and compilation, and provides a task intention intermediate representation system. The application adopts a differential update structure, only updates a changed part, does not need to regenerate an entire intention graph, greatly improves intention update efficiency, and reduces update cost. A traceability field of an intention graph node records a channel source, solves the problem that a task node cannot trace input modes in the prior art, and facilitates task modification and maintenance. The application realizes platform-independent unified expression of a task intention, breaks the barrier of private formats of various AI arrangement platforms through predetermined node type, edge type rules and formal data structure specifications, makes the task intention representation free from specific platform limitations, can be used as a standard bridging layer between multi-modal intention expression and heterogeneous execution, supports cross-platform reuse and compilation output, and greatly improves the interoperability of the task intention.

Embodiments include methods of a consumer network function (NFc) of a communication network. The method includes sending a first request for a first access token associated with a machine learning (ML) model to a first NF of a communication network. The first request includes at least one of an analysis identifier (ID) and an interoperability ID associated with the ML model. The method includes receiving a first response including a first access token from the first NF and sending a second request for the ML model to a producer NF (NFp) of the communication network. The second request includes the first access token and at least one of the analysis ID and the interoperability ID. The method includes receiving, from the NFp, a second response including one or more of: an ML model; an identifier of the ML model; and an address of a storage resource associated with a second NF of the communication network from which the ML model can be obtained.

The invention discloses a human body digital twin model framework, which relates to the technical field of artificial intelligence, and is characterized in that a human body digital twin model is divided into four layers from top to bottom, namely a field meta-model, an object meta-model, a fusion meta-model and an interoperability meta-model; the upper layer model guides, standardizes and restrains the construction of the lower layer model, and realizes the layer-by-layer realization of the human body digital twinning model from the concept level to the logic level to the technical level. The framework establishes standardized top description for complex human body digital twinborn modeling, standardizes the architecture, path and method of digital twinborn modeling of various human body organs and tissues, avoids repeated, disordered and low-efficiency modeling processes, constructs a human body digital twinborn model with good standardization, reusability, interoperability and expansibility, and improves the human body digital twinborn modeling efficiency. And finally, the consistency, coordination and comparability of the digital twin generated based on the model are ensured.

The present application discloses a storage and retrieval method, and a related product. The method comprises: a first functional module in a memory module receiving a first request from a first network element, and sending a second request to a target second functional module; the target second functional module retrieving and acquiring at least one first vector according to the second request, and sending an identifier of the at least one first vector to the first functional module; the first functional module receiving the identifier of the at least one first vector from the target second functional module, and sending a third request to a third functional module, the third request being used for requesting to acquire at least one piece of first raw data corresponding to the at least one first vector; and the third functional module receiving the third request from the first functional module, and providing the at least one piece of first raw data to the first network element according to the third request. The method provides an interface for performing standardized interoperability and interconnection with large models, preventing compatibility issues between memory modules of different structures and the connection interfaces of large models.

Disclosed are computer-implemented systems, methods, and non-transitory computer-readable media for a sovereignty architecture that integrates self-sovereign identity, behavior-verified value issuance, and numberless secure communications. A ReadName-linked identity state is associated with one or more domain-namespace records and a ReadVault event ledger. Behavior records from authorized sources are bound to cryptographic time-proofs having validity windows and replay-prevention state. Upon successful verification, a minting engine performs an atomic transition that issues time-denominated value units, binds each issuance to the identity state, and generates a mint certificate and a state-transition receipt. A routing layer resolves domain basepoints to signed endpoint records for policy retrieval, audit, minting, clearing, and settlement. A communication layer derives encrypted numberless endpoints and establishes policy-controlled communications through sovereign endpoint nodes, enabling auditable, privacy-preserving, and interoperable operation across sectors and jurisdictions.

A method implemented by a wireless transmit / receive unit (WTRU) may include receiving configuration information including an indication of topology methods used to evaluate topology of a dataset, a metric associated with topology methods, and an identification associated with each topology method. A topology method may be selected from the topology methods indicated by the configuration information. Topological features of the dataset in the input data space and the latent data space may be determined using the selected topology method. Input space topological features may be compared to latent space topological features to determine whether a WTRU-side model satisfies the metric associated with the selected topology method, including training the WTRU-side model such that topological features in the input and latent spaces satisfy the metric. An interoperability report may be sent, including the identification associated with the selected topology method and an indication of whether the WTRU-side model satisfies the metric.

A computer system operates an off-chain electronic game that includes in-game assets stored off of a blockchain. The off-chain electronic game is configured to incorporate on-chain cryptographic assets related to in-game leveling or progression. In some examples, the on-chain cryptographic assets are non-fungible tokens (NFTs), and the on-chain cryptographic assets define in-game attribute data and can include generic digital and visual art. The computer system obtains permission from an interoperability API of a gaming environment / platform to apply a given on-chain cryptographic asset to an in-game asset to modify attribute data of the in-game asset. The computer system applies the given on-chain cryptographic asset and provides an in-game visual indication of the application and modification of attribute data. The in-game visual indication includes a combination of game-specific digital art and the generic digital art of the given on-chain cryptographic asset.

The present technology relates to methods and systems for streamlining the process of diagnostic imaging; in particular, that introduce parallel, rather than sequential, reading, accomplished by generative artificial intelligence (A.I) including large language models (LLMs). The methods and systems herein can also include additional features, such as a dynamic user interface, facilitation of real-time editing, text formatting, gamification elements or features, and an interoperability module that is configured to adopt a variety of healthcare standards. The technology constitutes a significant overhaul on traditional radiology and healthcare workflow processes.

This invention discloses a blockchain-based system for certifying educational and training personnel qualifications and storing test scores. The core of the system is a consortium blockchain network containing educational supervision nodes, employing an improved and practical Byzantine fault-tolerant consensus algorithm and sharding technology to enhance efficiency. The teacher qualification certification module stores qualification data via IPFS and provides on-chain verification, combined with manual verification to ensure data authenticity. The student score storage module collects answer behavior data in real time, and after anomaly filtering and manual review, generates verifiable digital credentials. Merkel tree roots are anchored to the Bitcoin network to strengthen credibility. Supporting modules include dynamic trusted score calculation, multi-layered anti-cheating verification, and Polkadot cross-chain interoperability, enabling trusted scoring, cheating detection, and cross-domain credit recognition. It can also be extended to include metaverse teaching verification functions. This system, through technological and human collaboration, solves problems such as falsified educational and training qualifications, unreliable scores, and difficulties in cross-domain recognition, enhancing the effectiveness of educational supervision and adapting to diverse teaching scenarios.

The application relates to a kind of blockchain-based digital modeling collaboration management method and system, belong to collaboration management technical field, including steps: through the interoperability framework of digital modeling collaboration based on consortium chain is built;Participant BPMS is authenticated through CA identity certificate identity;Task node publishes the cooperation task request and corresponding incentive of new block, Hyperledger blockchain carries out information interaction by calling the smart contract deployed on the consortium chain, realizes modeling collaboration design;Through the execution of all cooperation task requests, complete the digital modeling of target task, determine the model obtained by final consensus as the result of modeling collaboration and publish it.The application realizes the sharing and collaborative development of digital model by establishing the interoperability framework based on blockchain, realizes modeling verification and participant reputation evaluation through consensus mechanism and reputation evaluation, and improves collaboration efficiency.

A method implemented by a wireless transmit / receive unit (WTRU) may include receiving configuration information including an indication of topology methods used to evaluate topology of a dataset, a metric associated with topology methods, and an identification associated with each topology method. A topology method may be selected from the topology methods indicated by the configuration information. Topological features of the dataset in the input data space and the latent data space may be determined using the selected topology method. Input space topological features may be compared to latent space topological features to determine whether a WTRU-side model satisfies the metric associated with the selected topology method, including training the WTRU-side model such that topological features in the input and latent spaces satisfy the metric. An interoperability report may be sent, including the identification associated with the selected topology method and an indication of whether the WTRU-side model satisfies the metric.

A method, an apparatus, and a system for configuring, designing, and / or implementing integrated data modeling methods for configuring direct dataset interoperability between multiple data systems based upon compliance with data integration standards. Data model federation and consolidation methods are detailed, along with peer entity relationships that link multiple data models. When the data models are data system instantiated, the resulting databases are also directly interoperable.

This invention discloses an AR intelligent companion unified memory system and control method based on multimodal fusion, belonging to the field of AR intelligent wearable device technology. The system includes a multimodal front-end acquisition module, a user-specific unified memory library, a unified memory engine, a multimodal interaction module, and a functional application layer module. All modules are built around the user-specific unified memory library, achieving data sharing and memory interoperability across all functional modules. The control method constructs a scalable, multi-personality AR intelligent companion through a closed-loop process of user-authorized acquisition, encrypted data storage, unified memory processing, voice interaction invocation, function execution feedback, and synchronous memory updates. This invention fundamentally solves the industry pain points of existing AR glasses, such as fragmented functions, lack of memory interoperability, and a tool-like user experience. By adopting an edge-side encrypted storage and user-controllable acquisition mechanism, it ensures user data security and privacy compliance, significantly improving the user experience and product competitiveness of AR glasses.

The invention relates to an extensible, reconfigurable and interchangeable method and device for an information processing system, and belongs to the technical field of information processing systems. The device comprises an FPGA (Field Programmable Gate Array) platform case, a CPU (Central Processing Unit) platform case, a network switching board card and a rear plug-in board card, all the board cards meet the VITA standard protocol, and all the board cards can obtain the case number and the slot position number on the VPX connector; all executable files of board cards of the same type in the current working mode are placed in an SATA disk, and the program executable files are named according to the case number and the slot position number; the network address of the board card is electrified to automatically obtain an IP address, and the IP address is bound with the case number and the slot number corresponding to the case where the current board card is located. According to the invention, random exchange of similar board cards can be realized, the operation and maintenance cost is reduced, and the reliability of the system is improved.

This invention discloses a multimodal emotion intervention data protocol and a collaborative repositioning evaluation method based on neural mapping parameters. The method defines a standardized Emotional State Data Structure (ESDS), atomically binding Role ID, Embodied Action Code, and Narrative Tag based on self-distance theory, thus addressing the problems of unstructured intervention instructions and the disconnect between cultural prototypes and machine instructions in existing systems. Simultaneously, this invention constructs a multimodal collaborative repositioning evaluation algorithm, quantifying the degree of emotion calming using the formula Q_return=alpha × Norm(S_bio) + beta × Norm(S_audio) + gamma × Sync(S_visual) + delta × Decay(S_time), where the weight alpha of the biological signal derived from real physical electrical signals (HRV / GSR) is ≥ 0.5. This invention establishes an industrial-grade emotion intervention interface, achieving cross-device interoperability, and ensures the objectivity and scientific rigor of the repositioning evaluation through high-weighted physiological indicators.

The application provides a kind of based on secondary chain's blockchain multi-chain mutual trust method and system, comprising: data storage step: the data to be stored is uploaded to the storage platform, and the data is encrypted and stored by blockchain, and the corresponding storage hash and block information are generated after storage success;Second chain step: the storage chain is formed by storing the storage hash on another chain;Certificate generation step: for the data stored successfully, generate certificate file through H5 page and PDF file;Storage query step: when taking evidence, evidence is inquired through the query page of storage platform;Evidence verification step: evidence data is verified through the storage platform.The application solves the problem of non-interoperability of alliance chain platform data by adopting the secondary chain blockchain multi-chain mutual trust structure, so that the business perspective achieves the effect of one place on chain and multiple uses.

The invention discloses a hierarchical visual display method, system and device for protection configuration of an intelligent substation and a storage medium, and relates to the technical field of power system automation, and the method comprises the steps: generating a total station interval distribution view based on a protection configuration database; generating an interval interoperation view through a force-oriented model; calculating a virtual loop path to form a loop connection view; extracting cross-interval associated sub-graphs to generate a device view; performing hierarchical integrated display on the four views; according to the method, the visual definition of the protection configuration information can be remarkably improved, the line crossing rate is reduced, the consulting and debugging efficiency of professionals is improved, human errors are effectively reduced, the system reliability is enhanced, and flexible expansion and compatibility with an existing system are supported.

The invention discloses a real-time distributed actual battlefield scene simulation control system, and relates to the technical field of real-time distributed simulation, and the system comprises three core modules: 1, a distributed architecture construction module for constructing a deployment architecture combining a central node and an edge node, accessing a hardware terminal and formulating a unified data interaction specification, the system comprises a first module, a second module, a clock synchronization and load monitoring module, a task migration execution module and a third module, wherein the first module is used for guaranteeing node time consistency through a user-defined synchronization mechanism, collecting load data, calculating a dynamic association load value and setting a load threshold value in combination with a training scale; the migration cost is quantified, the task with the minimum migration cost is preferentially migrated, data transmission specifications and space-time consistency are ensured, actual combat training requirements of different scales are met, and system load balance, real-time response and scene high fidelity are achieved through the content of the method.

This application relates to the field of information security and discloses a certificate and key management method and terminal based on the HarmonyOS operating system. The method includes: generating and storing key pairs by calling the HUKS interface of the HarmonyOS system; binding a key alias used to uniquely identify the key pair to the corresponding certificate chain, and synchronizing the binding relationship between the key alias and the certificate chain and the certificate status across multiple devices; encapsulating a unified signature interface using Signer; performing bidirectional conversion between the public key of the key pair and SPKI using SpkiUtils to ensure the public key is compatible with external standard PKI systems; and executing the target application operation. This application's embodiment implements complete certificate and key management capabilities under the HarmonyOS system environment, ensures the compatibility of signature results with standard certificate chains, achieves interoperability between public keys and external standard PKI systems, guarantees the compatibility of public key exchange, and possesses cross-device and multi-scenario universality.

1. Name of the product in this design: Graphical User Interface for Parallel Interoperability of Multiple Communication Tasks in Electronic Equipment. 2. Intended use of this design: for use in an electronic device. 3. The key design feature of this product is its graphical user interface. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Applications of the graphical user interface: Used in critical emergency communication scenarios such as audio and video communication, data communication, and emergency communication. 7. Description of the changing states of the graphical user interface: In Design 1, the main view is the login interface after entering the system. After entering the account information, clicking "LOG IN" in the main view will jump to the interface change state diagram 1. Clicking "Contacts" at the bottom of the interface in Interface Change State Diagram 1 will jump to Interface Change State Diagram 2. In Design 2, the main view is the login interface after entering the system. After entering the account information, clicking "LOG IN" in the main view will jump to the interface change state diagram 1. Clicking "Messages" at the bottom of the interface in Interface Change State Diagram 1 will jump to Interface Change State Diagram 2. In Design 3, the main view is the login interface after entering the system. After entering the account information, clicking "LOG IN" in the main view will jump to the interface change state diagram 1. Clicking "More" at the bottom of the interface in Interface Change State Diagram 1 will jump to Interface Change State Diagram 2.

The invention relates to the technical field of computer simulation, and discloses a military simulation scenario description method based on a knowledge graph, which comprises the following steps: acquiring command and control message data and electromagnetic environment link state data, and dividing command session sets according to message header identifiers; constructing a multi-layer associated knowledge graph comprising a session layer, a statement layer and a traceability layer; counting accumulated link connection duration according to the electromagnetic environment link state data, triggering a scenario grounding operation when a preset threshold is met, and generating an execution element layer in the atlas; statistics is carried out on the pixel scale change amplitude before and after each grounding operation, and a session traceability expansion index is generated through weighting processing; and finally, establishing a complexity identification node bearing the index, writing the complexity identification node into a graph, and outputting a final knowledge graph file, a command and control message sequence capable of being played back and a simulation executable scene package. The structure expansion risk caused by the environment and the protocol mechanism can be quantified in the description stage, and the method is suitable for large-scale simulation interoperation.

The invention discloses a charging station interworking alliance collaborative optimization operation method and device, a storage medium and computing equipment, and the method comprises two layers of frameworks, upper-layer collaborative optimization is divided into day-ahead optimization and intra-day rolling optimization, and the day-ahead optimization is carried out to obtain an electric vehicle charging plan by taking the minimum operation cost of a charging station interworking alliance as a target; performing intra-day rolling optimization as an input parameter, updating energy storage charging and discharging power and resource intercommunication power, and operating the alliance according to the result; the lower-layer cost allocation is divided into day-ahead settlement and intra-day settlement, and the day-ahead settlement performs Shapley value calculation according to a day-ahead optimization result to obtain a day-ahead plan allocation operation cost; and in-day settlement, according to the day-ahead plan distribution operation cost and the in-day physical operation cost, calculating the in-day actual distribution operation cost, and according to the distribution operation cost, carrying out settlement on the alliance. According to the method, the total operation cost of the alliance can be effectively reduced, the cost distribution of excitation compatibility is realized, and the operation risk is effectively shared by a two-stage settlement mechanism.

This invention presents a unified framework for addressing complex, multi-domain challenges through adaptive design optimization, equation discovery, and hypothesis generation. Central to the framework is the Mathematical Sphere Framework (MSF), which employs advanced machine learning and hybrid computing to interrelate equation families across fields such as CFD, FEM, CAD, and PLM. MSF enables cross-domain optimization with transparent, physics-based representations, fostering continuous insight generation and system evolution. A neural-assisted system refines equations from experimental and real-world data, advancing theoretical models and design exploration. Hybrid computing combines classical preprocessing with quantum optimization to enhance computational efficiency. A digital twin provides real-time simulation and predictive analysis, while lifecycle adaptability dynamically optimizes parameters across product stages. By improving efficiency, scalability, and interoperability, this invention transforms engineering workflows, supports innovation, and fosters cross-industry applications, including aerospace, energy, and manufacturing, driving progress in an ever-evolving landscape.

The application discloses an AI agent multi-protocol multi-channel unified bridging method and system, and belongs to the field of artificial intelligence communication interoperability. The method defines a unified message abstraction layer irrelevant to specific platforms and protocols; channel adapters are realized for communication platforms facing human users, and protocol adapters are realized for communication protocols facing AI agents, both types of adapters containing bidirectional conversion functions of inbound and outbound; the protocol adapters automatically establish cross-protocol capability mapping relationships through semantic vector matching, and support interaction mode adaptation between synchronous, asynchronous and streaming; a unified mapping of main identity identification and original identification of each platform is established for the AI agent, cross-platform message routing is supported; adaptive degradation processing is performed when the target end format or capability is insufficient; and the adapters support runtime hot registration.

The invention belongs to the field of airborne embedded type, and discloses an airborne display control system data architecture modeling method and a related system, which can form a unified system interaction view by clearly identifying a PCS component, a PSSS component and interaction data and interaction relationship between the PCS component and the PSSS component. According to the interactive view, the problem of data islands caused by scattered interface definitions and inconsistent interactive standards in a traditional display control system is avoided, and the interoperability among the components of the system is fundamentally improved. According to the method, a multi-level data model is established on the basis of a shared data model, so that unified abstraction and mapping from a concept layer to a logic layer and then to a platform layer are realized, and consistency and traceability among different abstraction levels are kept. By means of the mode, standardized expression of the data structure and the interaction relation is guaranteed, support is provided for rapid expansion and cross-platform migration of subsequent models, and expandability and flexibility of the system are enhanced.