246 results about "Link management" patented technology

The invention provides a server mainboard and a link management method, which can be applied to the technical field of servers. The server mainboard comprises: at least one server node, which comprises a host bus interface and a programming bus interface; the connector is electrically connected with the at least one expansion board through a cable; the first controller comprises a control bus interface and is used for receiving the link bit number information sent by the at least one expansion board and carrying out misplug verification on the at least one expansion board; the link control module is used for determining a service node bus interface from the host bus interface and the programming bus interface based on the received in-place signal of the at least one expansion board, and taking the service node bus interface as a target bus interface in a first time period; and taking the control bus interface as a target bus interface in a second time period different from the first time period, so that a target link for transmitting a target serial bus signal is formed between the target bus interface and the connector.

Embodiments of the present disclosure provide a radio link management configuration method and apparatus, and a storage medium. The method comprises: a terminal acquires a first message transmitted by a network device, the first message comprising one or more of the following configuration information: first configuration information used for radio link quality management between the terminal and a configuration cell; and second configuration information used for beam failure management between the terminal and the configuration cell; and the terminal performs radio link management between the terminal and the configuration cell on the basis of the first configuration information and / or the second configuration information. According to the radio link management configuration method and apparatus and the storage medium provided by the embodiments of the present disclosure, when a plurality of transmission and reception points are configured for the terminal, the network device configures the first configuration information and / or the second configuration information for the terminal, and the terminal performs the radio link management on the basis of the received configuration information, thereby avoiding unnecessary data interruption.

The invention provides a new energy construction small target full-link safety management and control method based on cross-view feature collaboration and a dynamic anti-interference closed loop, and relates to the field of new energy construction safety management, and the method comprises the steps: S1, deploying a plurality of heterogeneous sensing devices, and collecting the multi-source data of a small target in a construction region; s2, unifying small target features of different visual angles to a global coordinate system of a construction area through coordinate mapping and feature decomposition fusion according to the multi-source data collected in the step S1, and outputting an aligned small target feature map; and S3, adaptively performing multi-scale feature enhancement and lightweight processing according to the aligned small target feature map output in the step S2 and the scale and texture characteristics of the small target, and outputting an initial recognition result of the small target. Small construction targets such as bolts and buckles can be accurately identified, the cross-view space-time dislocation problem of multi-source equipment is solved, dynamic illumination and equipment vibration interference is inhibited, and full-link management and control from data acquisition, feature enhancement and precision calibration to rectification closed loop is realized.

A base station of the embodiment includes a first wireless signal processing unit and a link management unit. The link management unit establishes a link with a first wireless terminal apparatus by using a first wireless signal processing unit. The link management unit causes the first wireless signal processing unit to radiate a wireless signal including a trigger frame in a first cycle. The link management unit, in response to a first trigger frame included in a set of the trigger frames radiated in the first cycle, receives first uplink data and information of a first queue delay time of the first uplink data from the first wireless terminal apparatus, and changes a cycle for causing the first wireless signal processing unit to radiate a wireless signal including the trigger frame from a first cycle to a second cycle shorter than the first cycle in a case where the first queue delay time exceeds the first threshold.

A base station of the embodiment includes first and second wireless signal processing units and a link management unit. The first and second wireless signal processing units are configured to transmit and receive wireless signals using first and second channels, respectively. The link management unit establishes a multi-link with a terminal apparatus using the first and second wireless signal processing units, sets the first wireless signal processing unit as a primary link, and sets the second wireless signal processing unit to a secondary link. When the secondary link is in an active mode and a first condition is satisfied, the link management unit sets the secondary link to the operation pause mode. When the secondary link is in an operation pause mode and a second condition is satisfied, the link management unit sets the secondary link to the active mode.

The invention discloses a service scene-oriented resource fault root cause analysis system. The system comprises a service link management module and a fault root cause analysis module, the service link management module is used for monitoring a service system, generating panoramic service link conditions, monitoring operation states of all service links and counting operation indexes; the service link management module is in signal connection with the fault root cause analysis module and is used for carrying out panoramic resource analysis on fault information generated by the service link management module after a service link reports an error, positioning a fault point and issuing fault related information; the invention further discloses a service scene-oriented resource fault root cause analysis method. According to the invention, deeper, comprehensive and accurate operation and maintenance management of the service system is realized.

Aspects of the subject disclosure may include, for example, communicating, with a parent cell of a wireless communications system, beamforming information; receiving, from the parent cell, first parent downlink (DL) communications, wherein the first parent DL communications are associated with first user equipment (UE); transmitting, to the first UE, first repeater DL communications, wherein the first repeater DL communications are based upon the first parent DL communications; receiving, from the first UE, first UE uplink (UL) communications; and transmitting, to the parent cell, first repeater UL communications, wherein the first repeater UL communications are based upon the first UE UL communications; wherein the beamforming information is used to control the transmitting of the first repeater DL communications, the transmitting of the first repeater UL communications, or any combination thereof. Other embodiments are disclosed.

According to the multi-chip link management method and device in the multi-chip verification environment, the global link mapping relation library is maintained through the programmable topology management module, then the link mapping pairs representing the links are added to the global link mapping relation library, and when data transmission between the chips needs to be carried out, the link mapping pairs representing the links are added to the global link mapping relation library; and a receiving end chip identifier of the target link is determined through the global link mapping relation library, and then verification data of the data transmission request is routed to a receiving end chip through the target link. The configuration of the link mapping pair is realized through the global link mapping relation library, and then the connection relation of the chip and hardware are decoupled, so that the dynamic management of topological connection and the connection of links are completed, the steps of manual configuration are reduced, the risk of manual errors is reduced, the verification cost is reduced, and the verification efficiency is improved.

The invention discloses a system capable of switching audio output between an earphone and a charging bin, and the system automatically switches audio output to corresponding equipment through detecting the state of the earphone in real time, thereby achieving seamless audio experience. According to the system, the connection sensing module is adopted, and the double Hall sensors and the three-contact PIN detection unit are combined, so that the position of the earphone is accurately sensed. And the control module rapidly switches the audio output path according to the detection result to ensure that the switching response time is short. The system realizes extremely low delay in the audio switching process by pre-loading audio data and quickly adjusting parameters, and a user hardly feels interruption. In addition, the system adopts dynamic link management and anti-interference design, so that the reliability of seamless experience is improved. According to the invention, seamless connection of audio output between the earphone and the charging bin is realized, the audio can be automatically switched to the corresponding equipment with extremely low delay no matter what a user takes out or puts in the earphone, the playing process is smooth and unobstructed, and intelligent and efficient use experience is brought to the user.

The invention discloses an edge emergency lighting control network system based on a hierarchical bus domain, which relates to the technical field of emergency lighting and mainly comprises a hybrid topology network, a plurality of wired communication links are constructed by a host, a main gateway, a sub-gateway and sub-equipment in a wired connection mode; the link management module is configured to switch a wired communication link based on a user demand; and the dynamic routing module is configured to start a corresponding single standby wireless link to establish standby communication connection in response to detection of disconnection of the wired communication link between any communication node pair, and control the sub-equipment to start an emergency ad hoc network mode in response to detection of disconnection of both the wired communication link and the single standby wireless link to establish standby communication connection. And transmitting the data to the host through the adjacent normal wired communication link by performing multi-hop wireless relay communication with the adjacent sub-equipment. According to the invention, the problems of inflexible deployment and high cost of a traditional mode are solved, and the survival and reliability of the system in an emergency state are ensured.

The invention discloses an eVTOL aircraft ground control device based on a multi-link adaptation and response mechanism, and belongs to the technical field of eVTOL aircraft communication and control. The device comprises an instruction distribution module, a multi-link management module, a frame construction module and an error control module. The instruction distribution module is responsible for cooperating with eVTOL aircraft information to send a corresponding flight control instruction according to an actual condition; the multi-link management module evaluates a plurality of communication links (including a main link, a standby link and an emergency link) in real time and is used for sending different instructions; the frame construction module constructs an extended interactive data frame based on the MAVLink protocol, and the data frame comprises a plurality of control fields for control; the device also has an error control mechanism, and a closed-loop control system is completed through the mechanism. Through the method, the instruction reliability of the ground control station in a complex communication environment and the stability of an eVTOL aircraft system can be effectively improved.

A base station of the embodiment includes a first wireless signal processing unit, a second wireless signal processing unit, and a link management unit. The link management unit establishes a multilink with a wireless terminal apparatus by using the first wireless signal processing unit and the second wireless signal processing unit. The link management unit generates a trigger frame for causing the wireless terminal apparatus to transmit uplink data, and causes each of the first wireless signal processing unit and the second wireless signal processing unit to transmit the trigger frame.

The invention relates to the technical field of construction management and control, and discloses a construction key link management and control method based on a multi-source data dynamic analysis agent, and the method comprises the steps: constructing an agent, and deploying the agent in a target construction environment; collecting multi-modal construction data by using an intelligent agent, and performing multi-source data fusion on the multi-modal construction data to obtain fused construction data; analyzing the fused construction data by using an intelligent agent to obtain a construction analysis result; and optimizing the construction key link flow data based on the construction analysis result by using the intelligent agent, and managing and controlling the construction key link by using the optimized construction key link flow data. The intelligent and automatic level of construction management is improved, and a more efficient, safer and more economical construction key link management and control new method is provided for the field of building construction.

A user equipment (UE) is configured to receive, from a serving base station, a configuration for a control resource set (CORESET) including two transmission configuration indicator (TCI) states for a frequency resource, wherein a first TCI state is associated with a beam transmitted from a first transmission and reception point (TRP) and a second TCI state is associated with a beam transmitted from a second TRP, determine, for the beams transmitted from each of the first and second TRPs, respective one or more reference signal (RS) resources to monitor for radio link monitoring (RLM) or beam failure detection (BFD) and monitor the RS transmitted from the first TRP using the first TCI state and the RS transmitted from the second TRP using the second TCI state.

The invention provides a shared service link management method, which can realize authority isolation and dynamic effectiveness of a service page, effectively reduce the probability that a service interface is leaked and illegally accessed, and improve the security of a service system. According to the method, a shared service link management system is arranged between a business system and clients, and the shared service link management system is used for realizing distribution of access authority of each client and authority verification during each access; a shared service link is generated through shared service link parameters distributed by a shared link management system, and after verification of the shared service link management system is passed, a client receives a rich text format file of a service page issued by a business system and generates the service page to realize data access. And the service system is not directly accessed through a real link address. The invention also provides a shared service link management system.

The embodiment of the invention discloses an attack detection method for an MCP client, which comprises the following steps of: deploying a tangent point program in the MCP client in advance, triggering the tangent point when the MCP client operates the code in response to a tool calling request sent by an LLM (Logical Link Management), and sending the tangent point to the MCP client, and calling a pre-deployed section program, and carrying out attack detection on description information of each available tool provided by each MCP server and obtained by running the code through the section program. Through the method, the tool poisoning attack instruction added in the description information of the available tool by an attacker can be effectively detected, so that the security of calling the tool provided by the MCP server by the MCP client can be improved.

The invention relates to the technical field of inventory optimization, and discloses a retail inventory optimization method based on full-link management, which comprises the following steps: collecting historical data to construct a full-link graph structure, and predicting the sales demand of each node in a future period based on a graph convolutional network and a time sequence model; acquiring real-time data of each link in a whole link, and determining an initial safety stock, a replenishment period and an order quantity based on the whole link graph structure and in combination with the sales demand data; and based on an inventory optimization algorithm, iteratively solving the optimal safe inventory, the replenishment cycle and the order quantity, and executing an inventory optimization operation according to an optimization result. According to the method, the graph convolutional network and the quantum optimization algorithm are innovatively combined, dynamic inventory optimization based on full-link management is realized, the intelligent level of inventory management is improved, and the method has remarkable advantages in precision, response speed and cost control; a brand-new and efficient inventory optimization solution is provided for retail enterprises.

The invention provides a converged communication gateway based on MCData service and an application method, and the converged communication gateway employs a modular design and a micro-service architecture, and specifically comprises an interaction management module which is connected with a data processing module and is used for carrying out the interaction behavior management of a terminal accessed to the converged communication gateway; the service management module is connected with the data processing module and is used for carrying out related service management on the server accessed to the converged communication gateway; the link module is connected with the data processing module and is used for providing a link management service for the terminal or the server; the data processing module is connected with the operation and maintenance supervision module and is used for processing and optimally managing service data of interaction between the converged communication gateway and the terminal and the server based on an MCData protocol; and the operation and maintenance supervision module is used for monitoring the operation condition of the converged communication gateway in real time and providing an automatic operation and maintenance tool when the converged communication gateway breaks down.

The invention discloses a self-adaptive multi-path scheduling method based on deep reinforcement learning in a heterogeneous network, which comprises the following steps: in a link management module, introducing a multi-path transmission gain model for quantifying a trade-off relationship between aggregation bandwidth improvement and end-to-end delay increase of a plurality of links, by screening the link sets with better performance and smaller difference, the negative influence of low-performance links on the transmission performance of the system is effectively reduced; in the deep reinforcement learning module, the adaptability, learning efficiency and decision accuracy of the model to an unstable environment are improved by combining priority experience playback and an asynchronous learning mechanism, and optimal balance between network throughput and reordering delay is realized by dynamically adjusting a data packet distribution strategy and a transmission sequence. According to the method, the asynchronous priority replay double-depth Q learning algorithm is adopted, real-time perception of the link state and decision scheduling of the data packet can be realized in a dynamic network environment, the aggregation throughput of the network is remarkably improved, and the transmission delay is effectively reduced.

A method implemented by a remote wireless transmit receive unit (WTRU) related to determining to defer a radio link failure (RLF) and / or defer implementation of recovery after an RLF. The WTRU may receive configuration information from a network including a plurality of RLF specific parameters that are used to determine whether RLF has occurred. The WTRU may select an RLF specific parameter of the plurality of RLF specific parameters based on one or more determined or predicted channel conditions and conditions of the WTRU associated with radio link management (RLM). The WTRU may determine that RLF has occurred based on the selected RLF specific parameters and the one or more conditions. The WTRU may send an indication to the network based on determining one or more of the RLF detection or the RLF recovery behavior.

The embodiment of the invention provides an emission right transaction method, an emission right transaction system and electronic equipment. According to the technical scheme provided by the embodiment of the invention, the emission right transaction platform is communicated with the tax service platform, that is, a multi-platform cooperation scheme is realized, the transferee can directly enter the tax service platform on the emission right transaction platform to pay tax, and the tax service platform can feed back the transferee tax payment information to the emission right transaction platform in time, so that the tax payment efficiency of the transferee is improved. Therefore, the pollution discharge right transaction platform can transfer the pollution discharge right corresponding to the transaction data in time. By adopting the scheme of the embodiment of the invention, the transferee does not need to log in and operate on multiple platforms, the tax paid information does not need to be uploaded to the discharge right transaction platform, or the discharge right transaction platform does not need to verify whether the transferee paid tax or not, the whole process is efficient, and the discharge right transaction full-link management can be realized.

The invention relates to the technical field of communication, in particular to a multi-protocol applet Bluetooth communication system, terminal equipment and a storage medium, and the system comprises a basic Bluetooth interface module, a unified link management module, a protocol adaptation module and a third-party extension module; the basic Bluetooth interface module is used for carrying out scanning, connection and data read-write operation on Bluetooth equipment; the unified link management module is used for receiving communication data from the basic Bluetooth interface module; the protocol adaptation module is used for analyzing communication data from the unified link management module; and the third-party extension module is used for accessing a third-party SDK through a standard interface so as to dynamically load third-party SDK data, and sending the third-party SDK data to the protocol adaptation module for third-party protocol registration. And through modular packaging, developers can perform third-party function development more easily.

The invention provides a high-speed serial communication system physical coding layer circuit oriented to D2D interconnection between integrated chip core particles. Based on the characteristics of short D2D transmission distance and reliable transmission environment, a simple link management mechanism is adopted, efficient flow control is realized through a specific training sequence, and a data reliability guarantee mechanism is arranged in other control layers. A modular design idea is adopted, and the system comprises a coding and decoding module, a multi-channel data processing module and an APB interface module. A user configures a register through the APB interface module to realize switching of two coding schemes and monitor the working state of the circuit. The coding module is responsible for data coding and training sequence sending, the decoding module completes data decoding and training sequence identification, and the multi-channel data processing module is responsible for channel training control and multi-channel data packing and unpacking. In the training process, a two-stage training strategy is adopted, based on a training result, a circuit selects a working mode according to the number of available channels, and channel self-adaptive fault tolerance is achieved.

The invention relates to a system and method for power adaptive multi-link operation. The systems and methods can use circuitry configured to provide frames across a connection composed of one or more links. The circuitry 1 is configured to use a lower one of the links for link management operations during an idle condition, 2 is configured to use the lower one of the links for beacon synchronization operations during an idle condition, and 3 is configured to use the lower one of the links for beacon synchronization operations during an idle condition. And 3. Being configured to select the link in response to traffic parameters and power consumption characteristics of the link.

The invention discloses an IEC104 communication protocol implementation method based on workflow, which belongs to the technical field of electric power communication, comprises the steps of initialization, link management, service analysis, timing scheduling, message receiving, message sending, service response and state recovery, and solves the problem of dynamic analysis and service decoupling of various ASDUs of IEC104 by utilizing a configurable workflow engine. In order to solve the technical problem of integrating intelligent reconnection and structured log pushing in a modular layered architecture, the invention adopts modular division, link management, timing scheduling, message receiving and sending, service analysis, state recovery and other module duty single decoupling, and unified log queue pushing, so that the observability of the system is greatly improved, and the reliability of the system is improved. An exponential backoff strategy is combined with link monitoring, intelligent reconnection is achieved, and timeliness and resource saving are both considered.

The invention provides a page dynamic link loading device and method and a medium, and the device comprises a link management module which is used for authorizing a page manager to manage page links and generating a corresponding link list; the configuration module is used for selecting a corresponding link to be selected from the link list and storing a link ID (Identity) into the CMS system; the caching module is used for reading and caching the links in the link list in a target memory; the link loading module is used for receiving page request data of a user and acquiring a corresponding target link in the target memory according to the link ID; the dynamic parameter processing module is used for acquiring parameter values corresponding to dynamic parameters in the target link, assembling the parameter values in the target link and then sending the parameter values to the user; according to the method and the device, the link updating workload is greatly reduced while the link content acquisition speed is ensured, and the link management efficiency is improved.

The present invention provides a base station and terminal equipment that suppresses the delay of data transmitted via uplink. [Solution] In an information communication system, the base station AP includes a first radio signal processing unit, a second radio signal processing unit, and a link management unit. The link management unit establishes a multilink with a wireless terminal device using the first and second radio signal processing units. The link management unit generates a trigger frame to cause the wireless terminal device to transmit uplink data and causes the first and second radio signal processing units to transmit the trigger frame to each.

The invention provides a full-link management method and device for business data, and the method comprises the steps: collecting first metadata covering the whole process of a target business, the first metadata comprising at least one type of metadata; storing the first metadata into a relational database; a matched target analysis logic is determined according to the type of the first metadata, the target analysis logic is called to analyze the first metadata, the blood relationship among the metadata is obtained, and the target analysis logic comprises at least one of SQL statement analysis logic, ETL script analysis logic, API interface analysis logic and exchange operation analysis logic; constructing a corresponding blood relationship map in a map database in a layering manner based on the blood relationship among the metadata, and storing the blood relationship map; and in response to the change of the structure of the second metadata, searching a blood relationship link related to the change in the relational database and the graph database so as to trace and obtain all nodes influenced by the change.

According to some embodiments, a method is performed by a wireless device (110) for power saving. The wireless device operates with a first cell group and a second cell group. The method comprises: receiving a command to transition the second cell group from a first mode of operation to a second mode of operation; transitioning the second cell group into the second mode of operation; modifying at least one parameter that was used for performing radio link monitoring, RLM, associated with the second cell group while the second cell group was in the first mode of operation; and performing RLM according to the at least one modified parameter while the second cell group is in the second mode of operation.

The invention relates to a full-process production management code scanning and weighing traceability system, and the system comprises a basic information management module which is used for maintaining basic information; the information binding module is used for maintaining the corresponding relation between the basic information; the packaging link management module is used for generating stack code bar code information according to configuration; the scanning module is used for scanning product bag bar codes and identifying and recording product information; the warehousing link management module is used for summarizing warehousing effective data and automatically generating a warehousing list after auditing; the ex-warehouse link management module is used for maintaining an ex-warehouse list template with bar code information; the cleaning link management module is used for scanning and managing the turnover frame; and the traceability link management module is used for quality traceability, turnover box traceability and delivery association traceability. According to the invention, effective monitoring and tracing of the whole links of food production, processing, circulation, sales and the like are realized, so that the problems of incomplete information recording, large tracing difficulty, low efficiency and the like are solved.