53 results about "Interoperation" patented technology

The application discloses a kind of intelligent fusion terminal heterogeneous protocol conversion method and system, the method includes the following steps: first, the three-layer system architecture of perception layer, protocol analysis layer and intelligent conversion layer is constructed, realizes from data acquisition, semantic understanding to the whole process of intelligent conversion.Through the construction of uniform protocol description model based on JSON Schema, centralized metadata registration and version management are carried out on protocol template, the standardization of heterogeneous protocol is realized;Intelligent identification of protocol type and analysis field is realized by using convolutional neural network, and mapping rules consistent with semantics are automatically generated by combining knowledge graph and rule engine;Model pruning and quantization technology are used to optimize deep learning model, and priority scheduling and cache mechanism are designed.The application effectively solves the interoperability problem caused by the heterogeneous communication protocol of power equipment, and improves the protocol conversion efficiency and system expansibility of intelligent fusion terminal.

This invention discloses a deterministic protocol conversion method for multi-protocol industrial equipment, relating to the field of Internet of Things (IoT) technology. The method includes the following steps: Step S1: Initialize hardware; Step S2: The multi-protocol industrial equipment is sequentially connected to a protocol access module via different physical connectors; Step S3: Send a conversion operation to the protocol conversion configuration module; Step S4: Based on the conversion parameters and rules in the conversion operation, and combined with the constraints in the deterministic protocol conversion algorithm, a deterministic scheduling scheme is obtained by solving the optimization objective using a Satisfiability Model Theory solver; Step S5: According to the deterministic scheduling scheme, the protocol conversion scheduler moves data from shared memory blocks according to the conversion operation and sends it to the corresponding protocol access module for protocol conversion. This invention improves the interoperability of the equipment, enhances the flexibility and scalability of the conversion system, reduces the cost and time of system implementation and maintenance, and effectively improves the stability and predictability of the system.

A hosting service enables streamlined scaling of features that relate to data storage management. The scaling is powered by deployment of microservices, each one directed to a discrete feature of a data storage management system. In addition to scaling on demand, the disclosed hosting service provides additional value-added features, such as streamlining intra-system handling, auditing, and reporting of logs generated by microservices; standardizing exception handling; mediating port assignments for co-located microservices to avoid collisions; streamlining formats for inter-microservice communications; streamlining local database access; etc. Advantageously, the disclosed solution off-loads the storage manager, and additionally improves system performance by scaling various functions and by streamlining interoperability among components. Furthermore, the disclosed solution also enables the hosting service in general, and each discrete microservice in particular, to be enhanced, deployed, and scaled separately and asynchronously from each other and from the storage manager.

An embodiment of the present disclosure discloses managing NG-RAN node interoperability during UE handover. The method includes transmitting an Xn handover request for handing over a UE from a source NG-RAN node (204) to a target NG-RAN node (206), the Xn handover request including a list of AI / ML use cases configured in the source NG-RAN node (204). An Xn handover response is then received from the target NG-RAN node. The method further includes determining, by the source NG-RAN node, measurement reconfiguration data (319) for the UE based on the active list of AI / ML use cases until the UE is handed over to the target NG-RAN node. Thereafter, the method includes transmitting an RRC reconfiguration message including the measurement reconfiguration data to the UE (202) to dynamically update the list of AI / ML use cases. The present disclosure can reduce unnecessary overhead in the NG-RAN node by eliminating the receipt of measurements from the UE.

A communication method for hydrogen fueling, performed by a dispenser, comprises the steps of: identifying a communication protocol supported by a hydrogen fueled mobility and a communication protocol supported by a dispenser, based on a communication sequence performed by the hydrogen fueled mobility and information transferred by means of the communication sequence; and determining a communication protocol to be performed between the hydrogen fueled mobility and the dispenser, based on the communication protocol supported by the hydrogen fueled mobility and the communication protocol supported by the dispenser.

In some aspects, the techniques described herein relate to a method including: aggregating data for use in an interoperable P2P application; transferring funds from a user's account associated with a first disparate P2P funding application to fund an account associated with the interoperable P2P application; transferring the funds from the account associated with the interoperable P2P application to an account associated with a second disparate P2P application; initiating a transfer of the funds from the user's account associated with a second disparate P2P application to a colleague's account associated with the second disparate P2P application; and recording transactions carried out by the interoperable P2P application in a ledger system associated with the interoperable P2P application.

The application discloses a control cabinet intelligent reconstruction method based on a standard communication protocol and relates to the technical field of industrial automation, and comprises the following steps: real-time scanning of communication port data of bottom-layer equipment in a control cabinet and loading of mutually independent drive containers based on equipment fingerprint features so as to establish physical connection; construction of a standardized semantic information model based on a mapping relationship between a physical address file and a semantic model; real-time monitoring of characteristic changes of data flow in a data acquisition process, dynamic segmentation of a data transmission channel and diversion of data to a real-time control channel or a telemetry archiving channel. The application can update state attributes based on a semantic model in real time, form an organic whole of perception, decision, execution and verification, effectively solve the problems of protocol closure, semantic loss and low integration efficiency in traditional control cabinet reconstruction and improve the interoperability and intelligent level of an industrial control system.

In a communication network operating according to a communication protocol that defines a link establishment procedure having a training procedure, a first communication device performs the link establishment procedure with a second communication device. The first communication device negotiates one or more new parameter values for the link establishment procedure that are different than one or more mandated parameter values specified by the communication protocol. During the link establishment procedure, the first communication device uses the one or more new parameter values instead of using the one or more mandated parameter values specified by the communication protocol. The one or more new parameter values include at least one new initial PHY parameter value for starting the training procedure that is different as compared to at least one default initial PHY parameter value for starting the training procedure specified by the communication protocol.

This invention discloses a data and application collaboration method for digital converter stations based on a cloud-edge collaborative architecture. The method includes: a common component of the digital converter station using a multi-level caching mechanism to store basic data; the digital converter station access interface receiving external requests to access the basic data; the common component of the digital converter station using load balancing technology to evenly distribute the external requests to multiple service instances; and multiple service instances obtaining the required basic data and feeding it back to headquarters or provincial companies. This invention provides a unified and standardized basic data access interface based on the common component of the digital converter station, ensuring data consistency and interoperability between different application systems; meeting the needs of multiple application systems of the digital converter station for high-frequency access and large-volume data read / write; meeting the access needs of the common component of cloud-edge business systems in high-concurrency scenarios; and optimizing data transmission paths and reducing data access latency through the cloud-edge collaborative architecture.

A method of improving interoperability between at least a first wireless system (100) and a second wireless system (200) for inter-system cooperative radio frequency, RF, sensing; wherein each of the first and the second wireless system (100, 200) comprises one or more nodes (101-104, 201-202); the method comprising: sending a message by a first node (101) in the first wireless system (100) with a first part of the message recognizable by a second node (201) in the second wireless system (200) and a second part of the message unrecognizable by the second node (201); wherein the first part of the message comprises data to be used by the second node (201) for performing RF sensing and / or an indication on availability or capacity regarding the first node (101) and / or one or more other nodes (102-104) in the first wireless system (100) to facilitate RF sensing in the second wireless system (200).

The invention relates to a sensing and communication system for sensing targets (objects or people) in an environment, 2024 / 094745 wherein first real sensing data of a target collected by a first device is used to generate synthetic data which emulates second real sensing data which would be produced by a second device of the same target. The synthetic data is then used to determine whether the second real sensing data collected by the second device matches the first real sensing data collected by the first device, such that it can be confirmed whether both devices are sensing or have sensed the same target, or to identify objects in the field of view of a device (e.g., AR glasses).

The application provides a kind of intelligent file cabinet data exchange management and control method, belongs to intelligent file cabinet technical field, the intelligent file cabinet data exchange management and control method, it includes the following steps: data standardization and protocol formulation: standardized format: the data model of international or industry standard (such as ISO / IEC 23081-1 archive metadata standard) is adopted, ensure the consistency of archive description, classification and index;Guarantee the security and compatibility of data transmission, solve the interoperability problem caused by the non-uniform data format, sensitive data is encrypted by using AES, RSA encryption technology, ensure the safety of data in the process of transmission and storage, combined with biometric identification and traditional password two-factor authentication mode, greatly improve the security level of user identity verification, plus the deployment of firewall and intrusion monitoring system, form a multi-level network security protection system, effectively resist external attack, solve the problem of insufficient data transmission security measures.

Methods, apparatuses, and systems provide recovery for interoperability between non- primary channel access (NPCA) and restricted target wake time (R-TWT). In the context of a method, the method includes identifying a first R-TWT service period associated with a group of apparatuses within a first basic service set (BSS), wherein the group of apparatuses includes at least the apparatus; and performing one or more operations during the first R-TWT service period based at least in part on one or more NPCA capabilities of one or more apparatuses included in the group of apparatuses associated with the first R-TWT service period.

A computer-implemented system and method for distributed memory-native networking using agents. Each agent comprises a unique identifier, payload, memory field containing lineage and policy references, transport metadata, and a cryptographic signature. A modular protocol stack processes these agents through routing, indexing, and consensus layers, with behavior determined by embedded memory. Routing decisions are trust-scoped based on memory-derived access logs and health feedback. Mutation proposals are validated using dynamic, memory-referenced quorum formation. The system enables stateful, policy-bound propagation, structural reorganization, and adaptive execution without centralized coordination or persistent session state. It operates over conventional transport protocols and supports interoperability with cognition-layer payloads, including semantic execution. The architecture allows dynamic trust modeling, autonomous network adaptation, and memory-driven mutation governance across heterogeneous, decentralized, and highlatency environments.

This disclosure provides an interactive operation processing method, device, storage medium, and program product. The method displays a configuration page for an application installed on a second terminal device. It receives user actions on a graphical user interface and configuration actions on the configuration page. Based on the configuration actions, it generates dynamic configuration information, including the correspondence between actions and processing results. The dynamic configuration information is then sent so that when the second terminal device detects an action on the application, it determines the corresponding processing result based on the dynamic configuration information and the action. This method, by visually and dynamically configuring user interaction operations and their corresponding response results, improves the flexibility, adaptability, and efficiency of user interaction processing, effectively addressing the shortcomings of traditional application processing mechanisms in rapid business iteration, application stability, and user experience optimization.

The techniques presented herein provide an interactive user interface for user-directed organization of content captures using visual indicators (e.g., tags) and a native content capture repository for systemwide interoperability. In various examples, a user can perform a gesture or other input to activate a tagging mode within a desktop environment. The user can then select a visual indicator (e.g., an emoji, text) from the tagging panel to attach to a content capture of the desktop environment. In one example, the visual indicator is generally associated with the content capture as a whole. In another example, the user utilizes an augmented cursor to place the selected visual indicator at a specific location in association with a specific object of visual content (e.g., an image, a block of text). Moreover, as content captures are stored natively, e.g., at the operating system level, external applications can access content captures via an application programming interface.

The Credential Stacking Engine validates hierarchical influence by aggregating multi-source credentials, stacking them hierarchically to compute cumulative trust scores, verifying authenticity using cryptographic methods, auditing outcomes for compliance, and outputting validated results via a secure interface. It includes a credential input module for ingestion, a stacking processor for layered scoring, a verification engine for trust validation, an audit logger for compliance records, and an output interface for secure delivery. The method ingests credentials, stacks hierarchically, verifies influence, audits results, and delivers outputs for applications like reputation management and blockchain governance. This invention addresses fragmented credential validation by enabling structured, portable trust across distributed networks, ensuring GDPR compliance and interoperability.

Embodiments facilitate interoperability and reliable patient selection for clinical trials and drug / device deployment. An entity may obtain a first set of health parameters and collective demographic information associated with one or more population segments and receive an electronic health record (EHR) sub-block having patient profile information and corresponding patient medical history for a patient. The entity may determine a subset of eligible candidate patients for a treatment based on information in the EHR sub-block and eligibility criteria for the treatment, which may be based on the first set of health parameters and / or the collective demographic information. The entity may transmit a sub-block including the eligible candidate patient profile and medical information associated with at least one treatment, and the entity may extend the multi-dimensional blockchain by linking the transaction block with the drug-device information block and the EHR block in response to receiving the transaction block with the transaction confirmation.

The application relates to a network interoperation information sending method, device, equipment, medium and program product. The method comprises the following steps: an access management network element acquires network interoperation information, the network interoperation information is used for indicating switching capability between a third generation partnership project (3GPP) network and a non-3GPP network; in the process of terminal registration or terminal registration update, the access management network element sends the network interoperation information to a terminal. By using the method, the switching failure of the terminal during network switching can be avoided to a certain extent.

Techniques regarding autonomously facilitating the optimization of medical information to generate structured medical information are provided. For example, one or more embodiments described herein can comprise a system, which can comprise a memory that can store computer executable components. The system can also comprise a processor, operably coupled to the memory, and that can execute the computer executable components stored in the memory. The computer executable components can comprise a receiving component that receives Fast Healthcare Interoperability Resources (FHIR) from a FHIR server. The computer executable components can also comprise an extraction component that extracts unstructured information for medical reports by using a tree of large language model (LLM) prompts and logic for navigating the tree as a function of prompt responses. The computer executable components can also comprise a generation component that generates JavaScript Object Notation (JSON) structured data, and integrates it into original FHIR resources.

The present disclosure provides a blockchain-based agent interaction method, system, device, medium and product. Upon receiving a service feature sent by a first agent, a target service node determines a target service list based on the service feature and a service registration list, and the first agent determines a distributed identifier of a second agent in the target service registration list. The first agent obtains a distributed document of the second agent from an anchor blockchain network based on the distributed identifier of the second agent, and interacts with the second agent based on service endpoint address information to obtain the target service provided by the second agent. Thus, the decentralized management and cross-scenario intercommunication of agent identity are realized, the identity silos between different platforms are broken, the trusted interconnection and intercommunication across systems, platforms and domains are realized, and the cross-agent interoperability is greatly improved.

This invention discloses a decentralized system and method for lottery and betting events using single-transaction participation on a distributed ledger network (e.g., a blockchain). Each participant merges payment and selections into a single on-chain record, either a Lottery Ticket Transaction (LTT) or a Betting Ticket Transaction (BTT), thereby reducing complexity. Outcomes can be determined on-chain via a random generator or off-chain via external oracles or AI-based processes, with authorized wallets submitting verified results. The system automatically allocates multi-tiered prizes and can be configured with fixed or dynamic pricing, bridging, token swapping, or fallback scenarios. A pseudonymous mechanism preserves user privacy while maintaining transparent, immutable records. By eliminating separate payment and selection steps, the invention streamlines lottery and wagering operations, supports cross-chain interoperability, and scales effectively for both large- and small-scale game businesses. Optional AI modules, compliance interfaces, and zero-knowledge proofs further enhance fairness, security, and adaptability across diverse commercial contexts.

The application discloses a cross-platform CAD drawing intelligent collaborative management method and system and a medium, relates to the related technical field of data management, and comprises the following steps: uploading original CAD files and management tasks; developing a cross-platform intermediate engine and establishing information interaction of the cross-platform intermediate engine with each target platform; scanning the original files and the management tasks, driving a coder to perform platform classification coding based on CAD element characteristics, and driving a decoder to perform optimal expression collapse based on platform migration operators; issuing N decoding operators to perform platform graph reconstruction and storage; performing graph matching calling and uniform template integration, and visualizing as real-time project graphs. The application solves the technical problems of information loss, semantic attenuation, low collaborative efficiency and difficulty in realizing real-time synchronization and visual management of design elements in a heterogeneous environment during cross-platform data exchange in the prior art, and achieves the technical effects of improving the fidelity, intelligent interoperability and real-time collaborative management of cross-platform CAD design data.

The application discloses an implementation method and device of an asymmetric cascading protection model, equipment and a storage medium, wherein the method determines the model type of the cascading protection model according to the number of entry nodes and the number of exit nodes of the protection group of the cascading protection model; according to the model type, the automatic protection switching (APS) information of the secondary node is attached in the protocol bridging field; according to the type of the cascading protection model and the APS information, the APS processing state machine under the asymmetric cascading protection model is generated; the seamless compatible operation of the traditional tangent model and the telecom i2 tangent model can be realized, the reliable transmission of the APS byte under the asymmetric configuration is ensured, the protocol handshake and path switching of the two-end equipment are successfully completed, the operation and maintenance complexity is reduced, the false switching is effectively avoided, the real-time response capability and the system robustness of the network protection are improved, a standardized solution for the multi-vendor equipment interoperation is provided, and the speed and the efficiency of the implementation of the asymmetric cascading protection model are improved.

A system for, and method of, providing an absolute zero-code application composition platform are provided. The platform enables users to design, configure, and deploy enterprise-grade applications entirely through configuration, without generating, packaging, or maintaining any software code. The system comprises an intelligent software shell, semantic metadata framework, unified logical data model, operational semantic database, business process engine, integration and orchestration services, user experience layer, and security and compliance features. The invention eliminates technical debt, enables unlimited solutioning, and supports real-time interoperability across disparate systems.

An example computing platform is configured to receive a request from a first user account of a first P2P payment service that a cross-service transaction be initiated with another user account of another P2P payment service. Based on the request, the computing platform generates a transaction identifier for the transaction and sends the identifier to the first P2P payment service's platform. Thereafter, the computing platform receives, from a second P2P payment service's platform, the transaction identifier and an identifier of a second user account of the second P2P payment service and responsively determines that the cross-service transaction comprises a transfer of funds between a first financial account associated with the first user account and a second financial account associated with the second user account. The computing platform then selects and causes a given payment rail platform to transfer funds between the first and second financial accounts.