179 results about "Link management" patented technology

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 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.

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 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 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 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 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.

A method and device for adaptive link status and configuration per the application traffic pattern for UE power saving. The method includes determining whether a UE power saving parameter is met. When the UE power saving parameter is met, performing a link management solution that includes an early link release procedure for releasing a link and reducing UE power consumption. When the UE power saving parameter is not met, not performing the link management solution that includes the early link release procedure for releasing the link and reducing UE power consumption.

The invention discloses an intelligent medical system based on a portable shared jaundice instrument and a use method, and the system comprises a patient end which is used for equipment leasing, payment and measurement display; the portable jaundice instrument terminal is used for acquiring data and wirelessly transmitting the data; the cloud service platform analyzes the data based on an AI algorithm and generates diagnosis suggestions; the medical care terminal is used for auditing the data and pushing a result; the rental cabinet terminal manages access of equipment; and the data collaboration module is used for realizing data synchronization between each terminal and the hospital server. According to the invention, through deep integration of a shared leasing mode and AI cloud auxiliary diagnosis, three breakthroughs of jaundice detection are realized: professional detection is extended to families through Internet of Things hardware and a cloud auxiliary system; a cloud dynamic calibration algorithm effectively assists household measurement operation and eliminates regional skin color interference, and the deviation between the system and manual measurement is reduced; a'user-cloud-doctor 'three-level closed-loop system is constructed, the overall screening efficiency is improved, and jaundice full-link management and hierarchical diagnosis and treatment are supported.

This invention discloses an AI design generation link management method based on blockchain notarization, relating to the field of design link notarization technology. The method includes: generating rule summaries and calculating rule drift indices; accessing reference materials, standardizing them, and generating material fingerprints and access control identifiers; calculating material anchoring completeness indices to form material anchoring; collecting generation parameters, modification actions, referenced material anchoring, and output file information at inference trigger points; encapsulating metadata packets and calculating fused digital fingerprints; signing the metadata packet summary; writing the fused digital fingerprint, metadata packet summary, output file set summary, and version parent association summary into the blockchain to obtain a trusted timestamp and generate an electronic copyright certificate carrier; releasing design data based on approval and double signature, recording delivery usage, and forming a periodic settlement summary on the blockchain; verifying online in case of disputes and uploading the verification summary and revocation record to the blockchain to achieve full-link non-repudiation and traceability.

A base station (10) according to an embodiment includes a first wireless signal processing unit (130), a second wireless signal processing unit (140), and a link management unit (120). The first wireless signal processing unit is configured so as to be able to transmit and receive a wireless signal using a first channel. The second wireless signal processing unit is configured so as to be able to transmit and receive a wireless signal using a second channel different from the first channel. The link management unit stores shared time information (122) for synchronizing multiple links. The link management unit creates a plurality of links with the terminal by using the first wireless signal processing unit and the second wireless signal processing unit, and causes the first wireless signal processing unit and the second wireless signal processing unit to respectively transmit beacon signals including the shared time information during the period in which the plurality of links are created.

Systems, methods, and tools are described herein for end-to-end link management via a wireless transmit / receive unit (WTRU) to WTRU relay. A device (e.g., a relay WTRU) may receive a first message from a first WTRU, where the first message includes a link release request. The device may determine that the second WTRU has an end-to-end connection with the first WTRU via the device. For example, the device may determine an end-to-end connection based on a list of WTRUs having an end-to-end connection with the first WTRU via a device including the second WTRU. A list of WTRUs having an end-to-end connection with the first WTRU may be managed by the device and / or received from the first WTRU. The device may send an indication to the second WTRU that the first WTRU is no longer available via the device.

The application discloses a low-orbit satellite load autonomous operation system and relates to the technical field of satellite communication. The application adopts a three-layer modular architecture of a resource allocation layer, a load control layer and an application service layer, constructs a three-dimensional function system of "task autonomous decomposition-resource dynamic scheduling-fault prediction fault-tolerant processing", and realizes an "resource-control-application" end-to-end autonomous closed loop. The resource allocation layer optimizes resource scheduling through link management and route management, the load control layer realizes load independent control and fault self-recovery, and the application service layer completes task autonomous planning and whole-process execution. The application can improve communication capacity and link stability, significantly reduce ground operation and maintenance pressure, enhance system reliability and task flexibility, provide on-orbit verification data for load component selection and redundancy design, and is suitable for large-scale low-orbit constellation engineering practice.

A base station (10) according to an embodiment includes first and second wireless signal processing units (130, 140), and a link management unit (120). The first wireless signal processing unit is configured so as to be able to transmit and receive a wireless signal using a first channel. The second wireless signal processing unit is configured so as to be able to transmit and receive a wireless signal using a second channel different from the first channel. The link management unit creates a plurality of links with the terminal using the first wireless signal processing unit and the second wireless signal processing unit. The link management unit sets a plurality of links to a first state or a second state. In the first state, a first link using the first wireless signal processing unit and a second link using the second wireless signal processing unit are each in an active mode in which communication is possible. In the second state, the first link is in an active mode or an intermittent operation mode in which an operation is intermittently performed, and the second link is in an operation rest mode in which power consumption is lower than that in the intermittent operation mode.

Aspects relate to managing a device-to-device communication link via radio resource control (RRC) layer signaling. In an example operation, a first wireless communication device establishes a unicast link with a second wireless communication device over a device-to-device communication interface and determines that the unicast link is to be reconfigured with at least one updated parameter. The first wireless communication device then sends a link reconfiguration request to the second wireless communication device via a first RRC message over the communication interface. The first RRC message includes the at least one updated parameter. The first wireless communication device receives a link reconfiguration response from the second wireless communication device via a second RRC message over the communication interface based on the link reconfiguration request and determines whether to reconfigure the unicast link using the at least one updated parameter based on the received link reconfiguration response.

The invention relates to the technical field of electronic commerce and artificial intelligence crossing, and discloses an AI-based shopping mall operation management platform and method. Platform roles of a shopping mall business module, an AI infrastructure module, an intelligent customer service assistant module, a work order intelligent auditing module, a work order intelligent acquisition module, a supplier management module, an order management module and the platform management module are created through the platform management module, module permissions corresponding to the roles are distributed, and user account registration and state management and control are completed. A platform basic operation framework is established, basic business data establishment, AI capability deployment, work order intelligent processing, order full-link management, intelligent customer service online, data monitoring optimization and business iteration work are carried out in sequence, and the platform takes an AI technology as a core to realize customer consultation intelligent response, work order automatic auditing and supplier dynamic management. The industrial pain points of low retrieval efficiency, different auditing standards and extensive supplier management in a traditional mode are effectively solved, and the operation efficiency and the user experience are improved.

This disclosure provides methods, components, devices and systems for link management for non-collocated (NC) multi-link devices (MLDs). Some aspects more specifically relate to techniques for MLD devices to exchange information specific to the links of one or more NC access point (AP) MLDs. The information exchange may be provided via extensions to a multi-link operation (MLO) framework to associate the link ID information for MLO with specific NC AP MLDs. Link information for NC AP MLDs may be provided via a NC link ID field that indicates one or more AP MLD IDs and one or more associated links, and an indication that the NC link ID is present in the communication. The NC link ID and indication may be provided, for example, in one or more fields or subfields of an (OMN) subframe, in a MLO link information element, or in an association frame or link reconfiguration request frame.

To provide a system, a face authentication platform and an information processing method capable of improving convenience for a user.SOLUTION: The face authentication platform 10 includes the control unit 12 that functions as the token issuing means 13, the cooperation information updating means 14, and the like by executing a program, the token issuing means 13 issues a token for cooperation and transmits the token for cooperation to the user terminal 20 when receiving cooperation start information from the user terminal 20, and the cooperation information updating means 14 updates the cooperation information stored in the storage unit 18 so as to cooperate with the management server 30 when receiving a cooperation completion notification from the management server 30. The management server 30 includes a control unit 32 that functions as a cooperation completion notification means 34 that transmits a cooperation completion notification to the face authentication platform 10 when the cooperation token is received from the user terminal 20 by executing a program.SELECTED DRAWING: Figure 1

The base station (10) of the embodiment includes first and second wireless signal processing sections (130, 140) and a link management section (120). The first and second wireless signal processing sections are configured to be able to transmit and receive wireless signals using first and second channels, respectively. The link management section creates a multi-link with a terminal using the first and second wireless signal processing sections, and sets a primary link that is mainly used and a secondary link that is secondarily used for the multi-link. The link management section transmits, to the terminal, a first wireless frame that requests a change of the primary link using the first wireless signal processing section that is set as the primary link, and causes the primary link to change from the first wireless signal processing section to the second wireless signal processing section if either of the first and second wireless signal processing sections receives an affirmative response from the terminal after the first wireless frame is transmitted.

The present disclosure describes various aspects of radio link management to enable unpaired receiver paths of user equipment. In some aspects, a modem of a user equipment is coupled with multiple receiver paths that include an unpaired receiver path. To enable use of the unpaired receiver path in various modes of multi-channel communication, a radio link manager of the user equipment modifies configuration information of the modem to add a nonexistent receiver path to a set of receiver path parameters for a frequency band in which the unpaired receiver path is capable of operating. Along with adding the nonexistent receiver path, the radio link manager may also modify the receiver path parameters to enable the unpaired receiver path for the frequency band. The nonexistent receiver path and unpaired receiver path are then exposed for use by the modem to implement one or more multi-channel receive modes for the frequency band.

The invention relates to the technical field of communication, in particular to a relay communication method and device. In a multi-hop relay scene, under the condition that an intermediate relay UE (User Equipment) knows that a serving cell of the intermediate relay UE is different from a serving cell of a U2N relay UE, the serving cell can be updated from a first serving cell to a second serving cell. Or, in the discovery process, the intermediate relay UE can select the relay UE in the same service cell as the intermediate relay UE as the U2N relay UE of the remote UE. Therefore, the intermediate relay UE and the U2N relay UE are in the same service cell, link management of multi-hop relays is facilitated for a network, and network performance is improved.

The invention relates to the technical field of power grid communication interaction, and discloses a communication interaction system, method and device of an edge cluster and a cloud system and a medium, the system carries out real-time positioning tracking and full-link management on data interaction of the edge cluster and the cloud system, the accuracy and reliability of data interaction can be improved, and the data interaction efficiency is improved. And stable and safe transmission of power grid model information and real-time operation data is ensured. The standardized model and real-time operation basic information are acquired and then accurately tracked, so that the problem of data interaction can be solved in time, data loss or errors are avoided, and stable operation of a power grid is guaranteed. And when the outside is connected with a cloud system, channel configuration is performed based on a communication protocol and a security policy, and efficient data transmission can be realized. Reasonable configuration can optimize a transmission path, reduce delay and improve processing efficiency. And channel configuration data are input into the cloud system for registration, so that unified management and scheduling of data can be realized, and the running state of the power grid can be monitored and analyzed comprehensively.

Example systems, methods, and apparatuses are disclosed herein for the management of wireless link quality with a wireless accessory (130). The systems, methods, and apparatuses are configured to monitor a wireless link quality across a plurality of channels to ensure there is an acceptable link quality between a wireless accessory (130) and a medical device (102), such as a dialysis machine or an infusion pump (102c). The systems, methods, and apparatuses are configured to perform a link quality check before the medical device (102) performs a treatment. Such a check ensures that communication with the wireless accessory (130) is acceptable before a more critical time when the medical device is performing the treatment.

This invention discloses an aviation mobility and multi-link management method for ATN / IPS, belonging to the technical field of aviation air-to-ground data link mobility and multi-link management. The method includes the following steps: S1, the airborne router monitors link indicators; S2, unavailable links are identified; S3, data link status values ​​and priorities are generated; S4, the airborne router designs preference rules based on link status; S5, the airborne router encapsulates relevant data into an AGMI Request message and sends it; S6, the ground agent receives and processes the message and replies with an AGMI Request message; S7, air-to-ground communication is performed. This invention employs the above-mentioned aviation mobility and multi-link management method for ATN / IPS, improving the reliability and flexibility of air-to-ground communication through efficient data scheduling strategies and dynamic link optimization technology, while ensuring its stability and scalability in different network environments.