138 results about "Service gateway" patented technology

The invention provides an API full-life-cycle management method and system based on database management and control. The method comprises the steps that basic information of an API is received through a standardized interface, and the basic information is written into a database after verification is passed; an accessible user role is configured for the registered target API, and the permission association relationship of the target API is written into a database; configuring a read-write attribute, an instance library access rule and a classification permission level of the target API, and writing configuration data into a database; accessing the verified API to a service gateway to open a calling entry; aPI calling data is collected and written into a database, and multi-dimensional analysis is carried out to comprehensively monitor the running state of the API; the system comprises an API registration module, an authority configuration module, an attribute configuration module, an operation monitoring module and a background management module. According to the technical scheme, authority control, attribute configuration and link monitoring are integrated through the centralized database, and the method has important application value.

Techniques for packet core network (PCN) gateway selection of collocated gateways are disclosed herein. A mobility management entity (MME) can retrieve charging characteristics (CC) information to determine whether collocated gateway selection is applicable for a UE. When collocated gateways are to be selected, the MME can configure domain name server (DNS) queries in a manner which is adapted for collocated gateway identification. Upon receipt of the DNS query, the DNS can be configured to identify collocated serving gateways (SGWs) which are each collocated with a packet gateway (PGW). The DNS can return identifications of the collocated SGWs to the MME, and the MME can use the identifications of the collocated SGWs to select a collocated SGW and a corresponding collocated PGW for use in connection with the network access for the user equipment.

The invention relates to the technical field of industrial intelligent control, and discloses a multi-model collaborative optimization industrial MES intelligent control system. The system comprises a data analysis module, a knowledge enhancement module, a collaborative decision engine module, a decision fusion module and a control execution module. And the data analysis module executes tree structure-based data link analysis on the MES multi-source heterogeneous data, and constructs a production data tree structure with a multi-layer father-son relationship. And a knowledge enhancement module injects a domain knowledge template into each node of the structure to form a knowledge-enhanced production data graph structure. And the collaborative decision engine distributes the graph structure to a plurality of heterogeneous artificial intelligence models for parallel analysis through the unified service gateway. And the decision fusion module performs fusion processing based on confidence weighting on the output of each model to generate a comprehensive control decision instruction, and finally the control execution module drives the MES to complete production adjustment, equipment optimization and material scheduling. According to the system, the accuracy, the real-time performance and the interpretability of industrial intelligent decision making are improved.

The invention relates to the technical field of computers, in particular to a flow limiting method and system based on an AI gateway and a micro-service gateway, a medium and equipment, and the method comprises the steps: receiving service flow data corresponding to the micro-service gateway, AI flow data corresponding to the AI gateway, and a system resource utilization rate, building a quota negotiation channel between the micro-service gateway and the AI gateway, and transmitting the quota negotiation channel to the micro-service gateway; constructing a data set; calculating the flow quota of the micro-service gateway and the AI gateway through a dynamic quota algorithm based on the data set; receiving and identifying a service scene priority corresponding to the target request, and reserving an elastic burst quota for the target request based on the service scene priority; and judging the relationship between the total number of the current effective requests and the traffic quota of the corresponding gateway, and triggering a corresponding process. By establishing a dynamic quota mechanism and constructing a double-gateway cooperation mode of an AI gateway and a micro-service gateway, insufficient overall resource utilization efficiency caused by local current limiting is avoided, optimal global resource allocation is realized, and system stability is improved through cascade backoff.

The invention relates to the technical field of micro-service gateways, and discloses a multi-source heterogeneous service system integration method and platform based on a micro-service gateway, and the method comprises the steps: receiving a source request message, executing protocol conversion, and generating a standardized request message and a protocol conversion record; constructing a distributed routing rule table, extracting multi-dimensional matching features, screening an optimal routing rule and a specific service instance, and generating a forwarding request message carrying authentication information; performing intelligent flow control on the message, receiving to-do items of a service system, performing cross-system aggregation, and generating a to-do processing track; constructing a cross-system service behavior graph based on a routing log, a protocol conversion record and a to-do processing track, predicting a service operation path, and executing cross-system resource intelligent prefetching and collaborative optimization; according to the invention, the bottleneck of multi-source heterogeneous system integration is effectively broken through, efficient collaboration and optimal resource configuration of the system are realized, and the integrated management requirements of enterprises are met.

The invention discloses a model service API gateway flow and scheduling method, system and device and a medium, belongs to the technical field of API gateway technology, flow scheduling, cloud computing and artificial intelligence cross, and aims to solve the technical problem of how to realize accurate regulation and control of model service API gateway flow, improve the resource utilization rate and improve the service quality. According to the technical scheme, the method comprises the steps of collecting multi-dimensional data, wherein multi-dimensional flow and service data including API gateway real-time flow, model service states, historical logs and service labels are collected, and data cleaning is conducted on the multi-dimensional flow and service data to construct a standardized data set; intelligent prediction: receiving the standardized data set, and capturing a long-period rule, a short-period change and a service association rule through an attention mechanism by adopting a Transf ormer architecture large model; traffic scheduling: executing three strategies including a dynamic traffic limiting and shunting strategy, a service priority scheduling strategy and an API routing optimization strategy based on the prediction result and the real-time monitoring data; aPI gateway control is carried out; monitoring feedback; and carrying out heterogeneous adaptation.

The application relates to the technical field of information system security, and particularly discloses an intelligent password service platform, which comprises a service gateway, a synchronization module, a general server, a reverse proxy server and a plurality of password devices; the synchronization module is used for synchronizing key resources of password devices of the same type after the password devices access a network; the general server is provided with a virtual module and a load balancing module; the load balancing module is used for connecting the password devices after the key resources are synchronized; the virtual module is used for virtually changing physical resources of secret devices into resource clouds of different types through a virtualization technology; the service gateway is used for obtaining a calling application of a third-party application service interface; the service gateway is also used for analyzing the calling application and determining service requests facing different resource clouds according to the analyzed results. The technical scheme of the application has high expansibility, can be flexibly networked, is convenient for reusing and does not waste existing resources.

In various examples, virtual participant-based microservices for video conferencing applications and systems are provided. A virtual participant service provides a subject matter expert to participants of a conference session. A virtual participant may be presented within a video conferencing environment as a simulated meeting participant that other meeting participants may interact with using natural conversational language. The virtual participant service may include a virtual participant controller frontend service that interfaces with the video conferencing platform, an avatar manager to generate an avatar representing the virtual participant, and an LLM services gateway that functions as a microservices server for one or more LLM-based services that may be accessed through the virtual participant. The virtual participant service may use natural language processing to evaluate spoken requests for information and provide a response back to the human user participants of the conference channel using an animated avatar.

The invention discloses an instance distribution method and device, a storage medium and electronic equipment, and relates to the field of micro-service gateway intelligent dispatch, and the method comprises the steps: obtaining the operation state data of each micro-service instance, determining an index value corresponding to each operation state index according to the operation state data, and obtaining an index value corresponding to each operation state index; the running state index comprises one of the following indexes: a processor utilization rate, a memory occupation amount, a current processing request number, average response time and an error rate; and calculating a scheduling score of each micro-service instance based on the index numerical value and the index weight, and allocating a target micro-service instance to the to-be-processed request according to the scheduling score. Through the method provided by the invention, the problem that the resource distribution is not uniform due to the fact that the method for deploying the service gateway under each tenant is difficult to accurately adapt to the change of the resource use condition between the micro-service instances in the related technology can be solved, the situation that the response speed of the whole system is slowed down due to excessive load of part of the micro-service instances is avoided, and the user experience is improved. And meanwhile, idle waste of resources is also prevented.

This application provides a session persistence method and related apparatus, relating to the field of computer network technology. It includes: after determining that the session request sent by the client carries a gateway session identifier and that the target service gateway caches a session mapping table, determining the target service node in the monolithic application cluster to handle the session request through a gateway node scheduling strategy; determining the session credentials corresponding to the target service node through the gateway session identifier and the session mapping table; updating the session request based on the target session credentials to generate a target session request; forwarding the target session request to the target service node for processing to generate a service response; and sending the service response carrying the gateway session identifier to the client. This application, based on the pre-built and cached correspondence between the gateway session identifier and the session credentials of each service node, and relying on the gateway node scheduling strategy to achieve high-availability random load forwarding, effectively ensures the session persistence function of the monolithic application.

An integrated cyber-physical system and method for high-fidelity distress monitoring and automated alert error mitigation. The system comprises a wearable multi-parametric sensing suite (100) for primary anomaly detection and an autonomous mobile robotic agent (200) for secondary contextual verification. Upon detection of a potential distress event (S110), the robotic agent (200) executes a priority undocking sequence (S120) from a charging station (500) to perform multi¬ modal acquisition (S130), including 3D skeletal pose estimation and acoustic sentiment analysis. A Cloud Processing Engine (300) synthesizes these data streams — including optional spatial occupancy data from an environmental sensor network (400) — to calculate a Validation Confidence Score (VCS) (S140) using a dynamic weighted fusion algorithm. This score enables the system to autonomously perform alert de-escalation (S150) for verified safe-states or execute prioritized escalation protocols (S160) to a caregiver interface (600) and an emergency services gateway (700). The invention effectively reduces alarm fatigue and improves emergency response reliability by providing contextual validation of biometric triggers.

A method for logging a user into a device for a power generation plant, using a service gateway, wherein an access authorization of the user for the device is stored on the service gateway, is disclosed. The method includes authenticating the user on the service gateway, sending a device access request using an access device from the user to the service gateway specifying an identifier of the device for the power generation plant, and comparing a device secret stored on the service gateway with a copy of the device secret generated using the device secret and stored on the device, via an SRP protocol.

The invention discloses a digital management system based on a multi-tenant architecture, and belongs to the technical field of multi-tenant atomic capability platforms, the system comprises an application layer, a business layer, an acquisition layer and a terminal layer, the application layer performs data interaction with the business layer and an external system capability service through a service gateway and a service registration configuration center; the business layer comprises a resource management module, a comprehensive monitoring module, an intelligent operation and maintenance module and a system management module, and adapts and converts atomic service capability interfaces of various transmission protocols through interface adaptation services to obtain atomic capability services provided by application services; and the data storage module is used for realizing multi-tenant database sharing based on the shared database and the independent schema, and realizing logic isolation of the independent schema through code logic. The digital multi-tenant atomic power open system is formed, the hardware cost and the maintenance cost can be greatly reduced, and the resource utilization efficiency is improved.

The invention discloses a sparse large language model weight refinement method, system and device and a storage medium, which are corresponding schemes, and the scheme realizes training-free and plug-and-play refinement of sparse weight after one-time pruning, significantly reduces the confusion degree, improves the zero sample task performance, and especially has an outstanding effect in a high sparse rate scene. The space is optimized in a unified mode through global soft constraint, heterogeneous Hessian inversion is avoided, pruning prior is effectively utilized in combination with historical momentum, Neumann series extrapolation solution is adopted, iteration time can be remarkably shortened, and expenses of computing resources and memory resources are reduced. The method is oriented to online and operation and maintenance processes of inference services such as text generation, question and answer, classification and retrieval enhanced question and answer and the like, and accesses the current network through hot update or gray release after completing intra-layer weight refinement; the existing word segmentation coding, service gateway and monitoring and rollback mechanisms are reused in the whole process, and it is ensured that the method can be implemented under real service distribution and resource budget.

The method comprises the following steps: recording a plurality of upstream data and a plurality of downstream data of a target interface of a service gateway; obtaining target upstream data and target downstream data belonging to a same microservice calling process; judging whether network nodes involved in the target upstream data and the target downstream data belong to the same microservice calling process match a network topology diagram of the target interface; if the network nodes match the network topology diagram, generating a test case of the service gateway to play back the target upstream data and the target downstream data when the service gateway is tested. The plurality of upstream data and the plurality of downstream data of the target interface of the service gateway are recorded by using a recording technology, and the upstream data and the downstream data belonging to the same microservice calling process are obtained to construct the test case, the service gateway can be tested according to the playback test initiated according to the test case, the manpower for data construction and script writing is saved, and the test efficiency of the service gateway is improved.

The invention belongs to the technical field of supply chain finance, and particularly relates to a warehouse receipt intelligent management method and system based on a block chain, a hierarchical architecture is adopted, the warehouse receipt intelligent management system comprises a front-end interaction layer, a service gateway layer, a micro-service layer and a data storage layer, and the hierarchies work cooperatively through standardized interfaces; the micro-service layer integrates an authority authentication module, a warehouse receipt management module, a block chain evidence storage module and the like, is matched with dual verification and a distributed transaction mechanism, and is combined with an electronic signature containing an identity verification and signing willingness confirmation process and a security component covering JWT authentication and data desensitization functions to realize full-life-cycle operation such as warehouse receipt generation, pledge, circulation and the like; according to the system, warehouse receipt key information hash values are subjected to cochain evidence storage through an alliance chain PBFT consensus, and mixed storage is matched, so that the data non-tampering performance and the legal validity of electronic warehouse receipts are guaranteed, the response efficiency of the system is improved, the trust cost of multi-role cooperation of storage, finance, trade and the like is reduced, and the pain points that traditional warehouse receipts are easy to counterfeit and evidence storage is difficult to trace are solved.

The application provides a kind of illegal service detection method and device, wherein the method comprises: receiving the reporting data of multiple home gateways, based on the total uplink traffic data, the total downlink traffic data and the uplink traffic cycle data, screening is carried out to obtain the first screening result of the total uplink traffic anomaly;Based on the uplink traffic cycle data and the downlink traffic cycle data, the first screening result is screened to obtain the second screening result of the uplink traffic cycle anomaly;The home gateway in the second screening result is restarted, and based on the uplink traffic cycle data after restart, the downlink traffic cycle data after restart and the number of ports used by the data packet after restart, the home gateway in the second screening result is screened to obtain the illegal service gateway.The illegal service detection method and device provided by the application are based on the screening of received reporting data, do not consume additional data collection resources, save resources and improve detection efficiency.

Apparatuses, methods, and systems for managing an interface of a satellite network between a wireless device and a service provider are disclosed. One method includes receiving through a satellite link, by a service gateway of the satellite network, a wireless device trigger message from the wireless device, wherein the satellite network includes a base station and a satellite core network, and performing, by the service gateway of the satellite network, session establishment of the wireless device with the service provider when receiving the wireless device trigger message, including modifying the wireless device trigger message to include additional data required by the service provider.

A target homing optimized routing protocol over an aerial service gateway relay domain. A method of proactive routing comprising the steps of designating each node of a plurality of nodes within a mobile ad-hoc network as either one of a plurality of target homeport nodes, one of a plurality of comms-relay nodes, or one of a plurality of sensor nodes, initializing a target homing optimized protocol by propagating a plurality of route chains to each of the plurality of comms-relay nodes and each of the plurality of sensor nodes, maintaining the plurality of route chains at each of the plurality of nodes, wherein a plurality of routing tables, each associated with one of the plurality of nodes, comprises the plurality of route chains, generating sensor information at the plurality of sensor nodes, and selectively transmitting the sensor information to the plurality target homeport nodes along a primary route chain.

The invention discloses a core network switching method and device and electronic equipment. The method comprises the following steps: a target mobility management network element stores user plane function tunnel information, and the user plane function tunnel information is used for establishing a data transmission path for switching a target device from a first core network to a second core network; and after the service gateway sends an indirect forwarding tunnel establishment response message to the source mobility management network element, the target mobility management network element sends a switching request message carrying user plane function tunnel information to the target next-generation wireless access network. According to the method and the device, the technical problems of reduced switching efficiency and network resource waste caused by signaling interaction redundancy in the current 4 / 5G fusion network switching process are solved.

The invention relates to a service gateway-based adaptive file migration method, which comprises the following steps that: a service gateway receives an access request for a target file, and queries a migration state of the target file in a file path mapping table; if the migration state is a non-migration state, accessing a source storage service through a service gateway to obtain a target file, and identifying one or more associated files having access correlation with the target file based on a preset association rule; adding the unique identifier of the target file and the unique identifier of the associated file into a high-priority migration queue, and executing a corresponding high-priority migration task; and executing the low-priority migration task based on the self-adaptive migration rate, and migrating full files in the source storage service to the target storage service. According to the invention, the service non-inductive migration of heterogeneous storage is realized through the service gateway, and the access delay is eliminated while the stability of the system is ensured by using the load self-adaption and association prefetching strategy, so that the user experience is remarkably improved.

本申请公开一种基于 Rust 微服务网关的服务容错保护方法、系统及电子设备，涉及微服务网关领域。该方法在Rust网关服务启动时，同步初始化流量控制与熔断降级组件；监听本地配置文件或远程配置中心的规则变更，规则修改时实现实时热更新并同步至网关内存；响应客户端请求后，组件拦截请求并绑定唯一资源标识，触发管控入口；组件依次执行多层校验，校验通过则由Rust网关将请求路由至后端微服务，校验失败则执行降级逻辑并返回预设响应；组件统计核心指标并通过接口暴露以供采集，基于采集的核心指标修改规则并推送至组件，形成闭环管控。本申请依托Rust语言特性保障网关高并发、低开销运行，有效避免后端微服务雪崩，保障微服务集群稳定运行。

The invention relates to a communication tunnel establishment method and device, equipment, a medium and a program product. The method comprises the following steps: receiving a network configuration request for a target user sent by a network television platform; the network configuration request is sent under the condition that the network television platform verifies a service processing request sent by a target user; according to target account information in the network configuration request, first configuration information is sent to the network television soft terminal, and second configuration information is sent to service gateway equipment; and under the condition that a first configuration completion response sent by the network television soft terminal and a second configuration completion response sent by the service gateway equipment are received, sending a network configuration completion instruction to the network television platform, so that the network television platform establishes a communication tunnel between the network television soft terminal and the service gateway equipment. By adopting the method, the communication tunnel for bearing the network television service of the target user can be accurately and safely established.

This application provides a service invocation method, apparatus, electronic device, storage medium, and program product. In this method, external service providers can register services on a service gateway on their own. Internal service providers can generate processing events for the target service as needed and call back to the external service providers through the service gateway. The service gateway can complete the callback service based on the internal general parameters and registration identifier generated by the external service providers. That is, this application utilizes the service gateway to provide special service customization capabilities, eliminating the need for internal business code development, effectively reducing development costs, and enabling code decoupling between internal and external service providers, which is helpful for subsequent code maintenance and iteration.

The invention provides an information integration system of a matrix workshop production logistics collaborative scheduling system. The information integration system comprises a UI interaction layer, a service gateway layer, a service collaboration layer and a data layer. The UI interaction layer, the service gateway layer, the service collaboration layer and the data layer realize efficient communication through a uniform interface; an ERP system, a WMS system, an MOM system, a logistics scheduling system and an AGV system information flow are integrated in the service collaboration layer; in the service collaboration layer, information flows of the ERP system, the WMS system, the MOM system, the logistics scheduling system and the AGV system adopt a vertical integrated architecture, a unified software interface specification and a message transmission mechanism. According to the invention, overall efficient collaboration and integrated management of the production logistics collaborative scheduling system are realized, the problem of information islands is effectively solved, clear division and collaboration among the layers ensure that the system has good maintainability, expandability and response capability, and the requirements of complex business scenes are met.

The invention relates to a message transmission method and system based on a session initiation protocol and a storage medium, and the method comprises the steps: converting a service request distributed by a service gateway into a first session initiation protocol instruction, and transmitting the first session initiation protocol instruction to a session initiation protocol interaction object, meanwhile, the data are stored in the distributed cache middleware; after receiving a receiving response, moving the first session initial protocol instruction out of the distributed cache middleware, and after sequentially receiving a plurality of second session initial protocol instructions, respectively storing the second session initial protocol instructions into the distributed cache middleware; and reading the same batch of second session initial protocol instructions, converting the second session initial protocol instructions into request results, and sending the request results to the service gateway. According to the method, the strong binding relationship between the session initial protocol interaction object and the session initial protocol signaling service node can be relieved, the difficulty of session initial protocol signaling service lateral expansion is reduced, and the equipment bearing capacity of a single service node is improved.

The invention discloses a Web request forwarding method and device in a zero-trust network, equipment and a medium, and relates to the technical field of communication, and the method comprises the steps: receiving a target Web request sent by a target user terminal in the zero-trust network; extracting a target authentication token from the target Web request; wherein the target authentication token is an authentication token determined based on a pseudo address, and the pseudo address is a pseudo address corresponding to the to-be-accessed service; and determining a real service address corresponding to the service to be accessed according to the target authentication token, and forwarding the target Web request to the real service address. Key information (tokens) of a forwarding decision is built in each request, so that the routing judgment of a service gateway on each request does not depend on an SSL (Secure Socket Layer) tunnel passed when the request arrives any more, and the problem of request forwarding errors caused by multiplexing of the SSL tunnel is fundamentally solved.

The invention relates to a video stream transmission method and device, communication equipment, a medium and a program product. The method comprises the following steps: receiving a point-to-point protocol over Ethernet (PPPoE) account on a source Ethernet sent by a network control plane; dialing a service gateway based on the source PPPoE account, so that the service gateway creates a PPPoE tunnel between the CPE on the source user side and the CPE on the target user side corresponding to the target end based on the obtained source PPPoE account and the source user equipment identifier and account matching information sent by the network control plane; wherein the account matching information comprises a matching relationship between different PPPoE accounts and the user equipment identifier; acquiring a tunnel address of the PPPoE tunnel fed back by the service gateway; and according to the tunnel address, transmitting a to-be-transmitted video sent by the source end to a service gateway through the PPPoE tunnel, so that the service gateway sends the to-be-transmitted video to a target end through the target user side CPE. By adopting the method, network transmission of flow among different communication protocols can be realized.

A system, satellite and method for performing asynchronous communication in a non- terrestrial communication network are proposed. The system comprises at least one user equipment (UE); a constellation of satellites, with at least one satellite, and a ground network. Each satellite of the constellation comprises a base station configured to communicate with the at least one UE and an onboard core network (CN) element (C-SGN-SAT) to perform a first subset of CN functions, including the functions required by the satellite to handle an S1 interface with the base station and the functions to support Non-Access Stratum (NAS) protocol signaling with the at least one UE. The ground network comprises a ground-based CN element (C-SGN-GND) to perform a second subset of CN functions. The first subset of CN functions and the second subset of CN functions form a complete set of CN functions of a CIoT Serving Gateway Node (C-SGN).

The communication method is suitable for a first network device deployed in a first satellite, and comprises the following steps: receiving data from a terminal device; under the condition that a communication link between the first network equipment and a first service gateway deployed on the ground is unavailable, data is stored, and the first service gateway is used for data transmission of the terminal equipment; receiving information of a first NTN gateway, wherein a communication link exists between the first NTN gateway and the first service gateway; and sending the stored data to the first service gateway through the first NTN gateway according to the information of the first NTN gateway under the condition that a communication link between the first network equipment and the first NTN gateway is available. In a scene of satellite storage and forwarding, a first network device ensures that data of a terminal device can be successfully transmitted from the first network device to a first service gateway through a first NTN gateway when a communication link between the first NTN gateway and the first network device is available according to information of the first NTN gateway.