74 results about "Local configuration" patented technology

Aspects of the disclosure provide a method performed by a central Network Data Analytics Function (NWDAF) in a communications network. The communications network comprises one or more local NWDAFs configured to develop a model using federated learning, in which each local NWDAF stores a copy of the model and trains the copy of the model by inputting training data into a machine-learning process. The method comprises receiving, from the one or more local NWDAFs, a respective local model update comprising an update to values of one or more parameters of the model generated by training a respective copy of the model using machine-learning. The method further comprises combining the local model updates received from the one or more local NWDAFs to obtain a combined model update.

The invention discloses a high-concurrency trusted computing remote certification method and system based on equipment type adaptation, and relates to the technical scheme that the method comprises the following steps: receiving a registration request which is sent by a client and contains an equipment type identifier; creating a thread pool, packaging the received registration request into a registration processing task, scheduling the registration processing task, analyzing an equipment type field in the registration request, and storing a mapping relationship between a client identifier and an equipment type to a local configuration file; in the challenge certification stage, querying the equipment type of the client from the local configuration file, and selecting an adaptive remote certification protocol according to a preset mapping rule; and packaging response verification operation of the server to the client into a proof processing task, and submitting the proof processing task to a thread pool for high-concurrency scheduling. The method can adapt to multi-form client requests, and can efficiently process large-scale concurrent remote attestation requests at the same time.

This application discloses a device configuration method and a device management system, applied to a device management system including a management platform and at least one device. The method includes: the device intercepting a configuration command, the configuration command being used to configure a target configuration item to be configured; the configuration command is issued by the management platform, or the configuration command is a user-local configuration command; determining the local storage address of the target configuration item on the device, and querying the lock file corresponding to the target configuration item at the storage address; different configuration items correspond to different lock files; if the query result indicates that the target configuration item is currently in an unconfigured state, then modifying the target configuration item to a configured state, and configuring the target configuration item in response to the configuration command; if the query result indicates that the target configuration item is currently in a configured state, then ignoring the configuration command. This method enables fine-grained configuration conflict protection for the device, improving the flexibility and reliability of device parameter configuration.

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。

A kind of based on 4G low-power unit valve, it is related to the field of Internet of Things, solve the technical problem that traditional valve remote monitoring in prior art is complex, communication reliability is low and high power consumption leads to frequent maintenance, including: control panel, shell and threaded connection external antenna.Control panel integrates lithium battery pack, charging control unit, power management unit, storage unit, clock unit, 4G module, SD card drive unit and display unit;Master control unit realizes electric energy intelligent distribution by charging control and power management module, relies on clock unit synchronous task scheduling, utilizes 4G module direct transmission cloud data to avoid gateway dependence, realizes local configuration offline update by the aid of SD card drive, and battery capacity, signal strength and valve opening are dynamically displayed by display unit.The utility model fuses low-power supply, gateway-free communication and visual interaction, and has good application prospect in the field of Internet of Things remote management and control of infrastructure such as heating pipe network monitoring.

The invention discloses a door lock emergency pointing method and system based on human body detection, and the method comprises the steps: enabling each door lock to complete local configuration and join a designated multicast group according to an emergency preparation message issued by a management platform, and constructing an emergency pointing annular link; judging whether the current emergency scene is a single-person mode or a multi-person mode according to the personnel information detected by the door lock group; according to the determined emergency mode, adopting a self-adaptive relay whistling mode or a fixed time sequence whistling mode to carry out alarm guidance; and according to the abnormal whistling relay of the door lock group, a fault detection and takeover mechanism is triggered to ensure the emergency pointing continuity. According to the embodiment of the invention, the cooperative efficiency, the system reliability and the scene adaptability of emergency guidance can be improved.

The application is suitable for the field of ultrasonic technology, and provides an ultrasonic equipment configuration synchronization method and system, ultrasonic equipment and a cloud platform. The method comprises the following steps: when being a source equipment, in response to an uploading instruction, generating a source configuration data packet containing equipment characteristic information and user personalized configuration data and sending the source configuration data packet to the cloud platform; when being a target equipment, in response to a synchronization instruction, sending a configuration list request containing equipment characteristic information to the cloud platform; receiving a configuration list returned by the cloud platform, the configuration list containing compatibility states between each source configuration data packet and the target equipment under a user account; in response to an operation of a user selecting a selected configuration item from the configuration list, sending a download request for the selected configuration item to the cloud platform; and receiving and applying a target configuration data packet corresponding to the selected configuration item issued by the cloud platform to update a local configuration. The application solves the problem of deficiencies in synchronization of personalized configuration across equipment in existing ultrasonic equipment.

The invention discloses an out-of-band asynchronous security configuration and state rollback method and system for heterogeneous edge nodes, and relates to the field of edge computing, and the method comprises the steps: receiving an encryption configuration packet carrying difference configuration data and updating a risk level through an out-of-band communication channel, and completing integrity and legality verification and decryption based on a hardware trust root; real-time operation indexes are collected, heterogeneous weighted normalization processing is carried out in combination with a historical health baseline, and a health score is calculated; dynamically determining an adaptive confirmation time window according to the health score and the updating risk level; a differential snapshot is generated before the differential configuration data is applied, and local configuration updating is executed under the condition that updating does not need to be completed synchronously with other edge nodes; and continuously monitoring the updated health score in a confirmation time window, triggering rollback based on the differentiated snapshot when abnormity occurs or a confirmation instruction is not received, otherwise, solidifying and updating. Therefore, credible issuing, dynamic confirmation and safe recovery of configuration updating in a limited network environment are realized.

The embodiment of the invention relates to a processing method and system for a domain name resolution interface of an eSIM module. The method comprises the following steps: the domain name resolution interface processes an interface resolution request of an application program in linkage with a domain name resolution server in a BIP mode; when the continuous failure times of the connection between the analysis interface and the server reach the preset times, the analysis interface is linked with the server in a short message mode to carry out one-time parameter setting; when the current online MCC + MNC is different from the interface built-in MCC0 + MNC0, the analysis interface is linked with the server in a short message mode to carry out one-time parameter built-in; and the server completes updating of a batch of built-in parameters through linkage between a short message group sending mode and the domain name resolution interface every time a record of a local configuration list of the server is changed. According to the invention, a universal interface which can be used for querying the domain name IP address is provided for the upper-layer application program of the eSIM module, so that the development difficulty of the application program can be reduced, and the abnormal connection probability of the application program in different network states can be reduced.

The invention discloses an RDMA network configuration management method, device, equipment, medium and product, a main node is responsible for unified issuing of RDMA synchronous configuration information in the same RDMA cluster, the consistency of RDMA network configuration among different nodes in the RDMA cluster can be ensured, local RDMA configuration information and local RDMA operation indexes are detected regularly, and the reliability of RDMA network configuration management is improved. According to the method, the local RDMA configuration information or the local RDMA operation index is detected, and when the abnormal event is detected to exist in the local RDMA configuration information or the local RDMA operation index, the abnormal event is processed according to the preset exception processing strategy, so that the RDMA network configuration exception or the operation index exception of each node can be detected and processed in time, and the stable and efficient operation of the RDMA network can be ensured.

This application provides a software version upgrade method, system, and related equipment for an inkjet printer management terminal. The method includes: obtaining the target version number from the server and the current version number of the local configuration file; determining the version change status based on the target version number and the current version number; downloading the corresponding upgrade file to the local cache folder based on the version change status, and recording an upgrade flag in the local configuration file; if a restart signal of the inkjet printer management terminal is detected, checking whether an upgrade flag exists in the local configuration file; if an upgrade flag exists in the local configuration file, overwriting the local terminal file corresponding to the current version number using the upgrade file in the local cache folder. This application can upgrade the software version of the inkjet printer management terminal while avoiding the risk of downtime during continuous production operations of the inkjet printer.

The application discloses a kind of based on FPGA's dynamic reconfigurable method, system and medium of relay protection device, method includes: in static area, the power system sample value is parsed, and the characteristic quantity of fundamental wave and specific harmonic is calculated;Monitoring power grid topology and electrical characteristic quantity, determine to meet the reconfiguration trigger condition and issue the reconfiguration instruction carrying algorithm identification, algorithm identification corresponds second protection logic algorithm;Reconfiguration controller triggers boundary decoupling logic, realizes two-area electrical isolation using decoupler, and the output state is locked by shadow register;Under the condition of keeping isolation, local configuration bitstream is injected into reconfigurable partition to cover original logic;After loading is completed, execute local synchronization reset, remove electrical isolation and restore data interaction, complete protection algorithm dynamic switching;The application can adapt to the complex working conditions of microgrid, distributed power access, guarantee the continuous and reliable export signal, significantly improve the operation stability and scene adaptation ability of protection device.

This application provides a message transmission method relating to the field of communication technology. The solution includes: receiving a first service message, which includes a destination address, a first flow-following detection option, a segmented routing header (SRH), and an original service message. The SRH includes a list of SIDs indicating the forwarding path. If the destination address is a locally configured proxy SID, a second service message is sent along the forwarding path, and the original service message is sent to the service function node. The second service message includes a second flow-following detection option, which includes replication marker information indicating that the second service message is a copy of the first service message. This method enables flow-following detection of the forwarding path without affecting service chain services.

The invention provides a network access scheme based on a zero-trust system, which comprises the following steps of: creating a new three-layer tunnel network interface at an access client of an SDP, and configuring an ip as an internal ip; the control server connected with the SDP rear end obtains the corresponding relation between the self-defined domain name of the protected server at the rear end and the virtual ip; starting a dns service at a three-layer tunnel network interface, and importing a corresponding relation between a user-defined domain name and a virtual ip; modifying a local dns server address, and pointing to a local ip; after the configuration is completed, the user can access the back-end application service protected by the SDP through the user-defined domain name. According to the network access scheme based on the zero-trust system, the local DNS resolution server is introduced into the access client of the SDP, and the internal service protected by the SDP can be conveniently accessed by a final user through a self-defined domain name address.

A Voice Over Wifi (VoWifi) split Protocol Data Unit (PDU) Session handover is provided. In embodiments described herein, a VoWiFi session is established via a Non-3GPP N3IWF over a 5G Core, and a handover to 3GPP access through the 5G System is initiated. During handover and based on local configuration, the Packet Data Network Gateway-Control Plane (PGW-C) and Session Management Function (SMF) (PGW-C+SMF) accepts the PDU Session transfer towards the User Equipment (UE) and Next Generation Radio Access Network (NG-RAN) by means of setting up only the Quality of Service (QoS) Flow associated with a default QoS Rule. The PGW-C+SMF initiates set up of the QoS Flow for Internet Protocol (IP) Multimedia Subsystem (IMS) voice using the PDU Session Modification procedure after the NG-RAN successfully allocates resources for the transferred PDU Session and the confirmation has reached the PGW-C+SMF.

To provide a system for detecting an aged person, a person in need of nursing care, and a fall accident at a construction site without depending on a cloud, and issuing an alarm in an emergency while giving a psychological sense of security.SOLUTION: The present invention includes a pose estimation means for estimating a skeleton of a person from a camera image in real time and detecting a falling state, a speech synthesis means for speaking in Japanese when a fall is detected, an interaction generation means for recognizing a person's utterance and generating a polite answer using a generative AI model, and an alarm means for sounding a siren when a negative utterance is detected. They operate in a fully local configuration with RaspberryPi5 and Hailo-8L to achieve both privacy protection and low latency. To integrally perform fall detection, psychological care, and alarm issuance, and to exhibit high usefulness in welfare, nursing, and disaster sites.SELECTED DRAWING: Figure 1

The invention relates to the technical field of laboratory information management and environment monitoring, and discloses a laboratory environment detection data integrated management method, which comprises the following steps of: obtaining a physical constraint equation among environment parameters related to each laboratory environment detection data and a global sharing constraint condition of sharing equipment, and initializing each component to be zero; packaging the local optimal threshold candidate and the updated version vector to generate a configuration update message, and broadcasting the configuration update message to other laboratories; the receiver compares and judges the causal relationship between the message and the local state component by component by using the version vector, and generates a constraint satisfaction mark; if the constraint satisfaction mark is true, configuration updating is accepted; if the constraint satisfaction mark is false, the non-priority party rolls back the local configuration modification; and outputting the finally coordinated environment detection data management configuration and the current version vector to an early warning system. According to the invention, causal consistency maintenance and constraint coordination unification of environment detection data integrated management configuration in a distributed multi-laboratory scene are realized.

This application relates to the field of autonomous driving technology, specifically to a method and system for vehicle-to-everything (V2X) resource allocation based on communication optimization in autonomous driving scenarios. The method includes: multiple clusters formed by vehicle nodes within the coverage area of ​​the same roadside unit; when communication is required, generating multiple candidate multi-hop relay paths from the source cluster head node to the target node; selecting the relay path with the best transmission efficiency as the optimal relay path; constructing and solving a joint resource allocation model with the goal of maximizing the total network throughput, generating resource allocation decisions for each hop link on the optimal relay path; each cluster head node receiving and confirming the resource allocation decision, and performing secondary allocation and local configuration of the obtained resources; after receiving configuration confirmations from all relevant cluster head nodes, establishing a multi-hop relay communication connection from the source cluster head node to the target node along the optimal relay path. This improves the stability, reliability, and efficiency of V2X communication.

The invention provides a network reloading method and device for a cross-border e-commerce browser, equipment and a medium. The method comprises the steps that the cross-border e-commerce browser receives a server configuration file updating notification; after the cross-border e-commerce browser receives the server configuration file, analyzing the server configuration file into a configuration object which can be identified by the cross-border e-commerce browser; generating a replacement configuration file based on the configuration object, obtaining an idle port, creating and operating a new service instance based on the replacement configuration file, and obtaining an exit IP of the new service instance; verifying whether the exit IP is consistent with a preset IP in the replacement configuration file, if yes, updating a monitoring port in the local configuration file to the replacement configuration file, storing the local configuration file, closing an old service instance, setting a new service instance as a global service instance, and completing network reloading; the service continuity is ensured, the risk of configuration updating and the user operation cost are reduced to the maximum extent, and the method is particularly suitable for multi-shop, high-concurrency and strong-network-dependence service scenes.

This application discloses a device time correction method, apparatus, device, storage medium, and program product, relating to the field of embedded technology. The method, applied to embedded devices, includes: starting a time correction service via a local configuration file when the device boots up, and setting it as a prerequisite service for business services to ensure that business services start subsequently; calling the time correction service to perform corresponding time correction operations: if the hardware detection information of the real-time clock module indicates a hardware fault or absence, then performing anomaly detection on the current system time; if the current system time is abnormal, correcting the system time using a target time generated and pre-configured based on device batch information. This time correction scheme does not rely on an external network, is automated and timing-controllable, and based on a local time source, enables embedded devices to achieve time self-correction in offline deployment environments, ensuring time consistency and the reliability of business functions even without a network.

Methods, systems, and devices for wireless communications are described. A machine learning model implemented at a user equipment (UE) may be used to determine recommendation information associated with a configured grant. The recommendation information may be a value for a timer, such as a configured grant timer or a configured grant retransmission timer. The UE may signal the recommendation information to a network entity. The network entity may adjust configuration information for a configured grant to indicate a configured grant timer value that is based on the recommendation information. The network entity may transmit the adjusted configured information to the UE. During a configured grant period associated with the configured grant, the UE may use the CG timer value that is based on the recommendation information when transmitting or retransmitting an uplink message.

This invention discloses a method and apparatus for managing the lifecycle of port multiplexing sessions, belonging to the field of real-time communication technology. The method defines an RTCP channel type enumeration state machine, including a disabled state, a standard independent port state, and a single-port multiplexing state; it parses the RTCP multiplexing attributes in the SDP and determines the channel type based on the local configuration; it dynamically adjusts the ICE component count according to the channel type; it performs socket dual-mode management, pointing the RTCP socket to the RTP socket and performing double-close protection in the multiplexing state; it tracks resource ownership at the DTLS layer through pointer equality comparison; it triggers TURN resource security destruction when the ICE component count drops from 2 to 1; it executes single-component bypass logic in ICE candidate verification; and it performs remote address dual-mode synchronization according to the channel type. This invention, through the enumeration state machine and resource ownership tracking, achieves dynamic topology adaptation and secure resource sharing of ICE components in RTCP-MUX mode, eliminates concurrency defects such as double-close and double-release, and improves WebRTC interoperability and system stability.

The embodiment of the invention discloses a file previewing method and device, electronic equipment, a storage medium and a program product. The method comprises the following steps: receiving a session file encrypted and transmitted by a sender through an instant messaging session; matching a preview mode corresponding to the session file; the preview mode comprises online preview or plug-in preview, the online preview characterization is combined with a server and a browser to realize the preview processing of the session file, and the plug-in preview characterization realizes the preview processing of the session file through a locally configured preview plug-in; and previewing the session file based on the preview mode obtained by matching. According to the embodiment of the invention, the confidential file previewing function is provided on the basis of the instant messaging session message, so that the file security can be ensured, and the file confidentiality process is more convenient to implement.

The invention provides an operating system deployment method and device and electronic equipment, and relates to the field of computers, in particular to the technical field of data processing. According to the specific implementation scheme, the method comprises the steps of obtaining local configuration data, calling a probe assembly to detect the environment of an operating system, and obtaining environment detection data; generating a deployment script according to the environment detection data and the local configuration data, and installing a storage service according to the deployment script; obtaining a first installation template and an installation sequence corresponding to the operating system; and based on the storage service and the deployment script, executing the first installation template according to the installation sequence to deploy the operating system, and initializing the operating system. According to the method and the device, the automatic deployment of the operating system can be realized, the deployment standard can be unified, the deployment period can be shortened, the error rate can be reduced, and the delivery efficiency, flexibility and replicability of the deployment system are improved.

The application provides an AP management method and device. The method is applied to an AC and comprises the following steps: when an association instruction input by an administrator is received, the association instruction is sent to a wayside AP which has established a Mesh connection with each vehicle-mounted AP in a vehicle-mounted AP group, so that each wayside AP forwards the association instruction to a corresponding vehicle-mounted AP, and the corresponding vehicle-mounted AP initiates an association process to the AC; for each vehicle-mounted AP, after the vehicle-mounted AP is associated to the AC, if it is judged that the version number of the version of the vehicle-mounted AP obtained is inconsistent with the version number of a target version, the target version is sent to the vehicle-mounted AP, and the vehicle-mounted AP performs version upgrade based on the target version; after the vehicle-mounted AP is re-associated to the AC, if the configuration information corresponding to the vehicle-mounted AP group is stored locally, the configuration information is sent to the vehicle-mounted AP, and the vehicle-mounted AP updates the local configuration information based on the configuration information. The application can save labor cost.

The invention provides a communication method and device, which are applied to network equipment, the network equipment is located in industrial control security networking, and the method comprises the following steps: receiving a service message; if the service message is matched with a locally configured security policy and the security policy comprises an industrial control sub-policy, identifying a first industrial control function code included in the service message; and if the first industrial control function code is matched with a locally configured second industrial control function code, performing corresponding processing on the service message according to the security policy.

This application provides a network configuration method and apparatus. In this method, a Windows service module is configured in the management server. The DC controller establishes a communication connection with the corresponding management server based on the device information of the locally configured management server. Through the Windows service module of the corresponding management server, the relevant network resources of the VM network that the virtual machine needs to connect to are configured on the virtual management module in the management server. This simplifies the configuration process and improves configuration accuracy.

The communication method and cloud computing service platform provided in this application include: a core device, at least one network server, and at least one computing server; the network server includes a CPU, a network forwarding device, and an address processing bridge; the method includes: the core device transmitting processing requests sent by the external gateway and computing server corresponding to the core device to the corresponding network forwarding device; the network forwarding device forwarding the address translation request to the address processing bridge if the processing request is an address translation request; and forwarding the processing request to the CPU if the processing request is not an address translation request; the address processing bridge performing address translation processing based on the received address translation request and a first flow table configured locally on the address processing bridge, and returning the address translation processing result to the network forwarding device. This application can improve the address translation processing efficiency, thereby reducing communication latency.

The present specification provides a smart network card management method, device and equipment and readable storage medium, the method comprises the following steps: in response to the preset trigger condition associated with the target smart network card, a Package ID probe packet is constructed; the constructed Package ID probe packet is sent to the target smart network card; the Package ID response packet returned by the target smart network card is received, and the Package ID recorded in the Package ID response packet is used to update the Package ID of the target smart network card recorded locally. Through the technical scheme of the present specification, all optional Package IDs of the smart network card can be batch detected, the effective ID can be quickly obtained and the local configuration is updated, the detection time is greatly shortened, the bus occupation and blocking risk are reduced, the BMC monitoring function is continuously guaranteed, and the efficiency of server out-of-band management and system readiness speed are improved.

This invention discloses a simulation display device and method for operating parameters of new energy vehicles, comprising: at least one simulation module; the simulation module comprising: a mapping unit for converting target parameters in the technical principle of the target new energy vehicle into mapping parameters under the safety domain; a first control unit for generating control commands; a physical simulation model unit connected to the first control unit and the mapping unit respectively, for receiving control commands and outputting mapping parameters based on an equivalent physical model; and a display unit connected to the physical simulation model unit; wherein the display unit includes a driving subunit and a physical effect generator; the driving subunit is used to drive one or more locally configured physical effect generators according to the mapping parameters; the dynamic response characteristics of the physical effect generator reflect the time-varying law of the target parameters, thereby reducing the cost of use and improving the operator's understanding of data changes.