115 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.

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 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.

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.

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.

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.

The invention discloses a network resource management system suitable for network slicing, relates to the technical field of network resource management, solves the problem that in the prior art, resource supply cannot be deeply monitored through service flow resource supply, and resource supply efficiency is abnormal, and particularly provides a network resource management system suitable for network slicing through whole-process closed-loop management of monitoring-optimization-decision-recovery. Three core values are realized: in a user level, full-link management and control from an application layer index to resource supply adjustment are realized, the problems of jamming, retransmission and the like are effectively reduced, and the experience stability of different service users is guaranteed; in the resource level, through accurate prediction, dynamic interference elimination and scientific recovery, resource scrambling, waste and idling are avoided, and efficient distribution and turnover of network resources are achieved; according to the system level, traditional static management and control are replaced by data driving, so that resource management of network slices is more intelligent and flexible, different requirements of different services can be met, and the bearing capacity and operation stability of the whole network are improved.

This invention relates to the field of production management technology, and in particular to an intelligent scheduling and automatic early warning production management system, comprising a unified data center, an order management module, a process link management module, an intelligent scheduling module, a production execution and reporting module, an intelligent loss calculation module, an automatic early warning notification module, a material management module, and a data statistics and reporting module. This invention, by employing an intelligent scheduling module, automatically generates and dynamically adjusts production plans based on comprehensive data such as order delivery dates, equipment capacity, real-time work reporting, and loss prediction, completing production scheduling without manual intervention. The system can respond in real time to production anomalies such as process delays, equipment failures, and expedited orders, performing only partial rescheduling on affected processes, significantly reducing the system's computational load, improving scheduling response speed, and enabling real-time coupling of production plans and on-site execution status, fundamentally solving the problems of rigidity, delayed adjustments, and susceptibility to failure in traditional scheduling.

The application discloses a link management method, device, medium and program product in the computer technical field. The application can enable a server to automatically establish a communication link with an online node (i.e. a chainable storage node) based on online node information delivered by a switching device, without manual input of a command, and in the case that the number of servers and storage nodes is large, the application can automatically operate in batches, is not prone to errors, and can quickly establish a communication link between the server and the storage node.

This disclosure provides methods, components, devices and systems for link management to improve throughput and operation. Some aspects more specifically relate to techniques for performing admission for clients, such as multi-link operation (MLO) clients, to one or more of a set of communication links of an access point (AP). In some aspects, the AP may initiate an admission control procedure to admit a client to a communication link. The AP may admit the client to a communication link based on a quantity of idle clients on the communication link being less than a threshold quantity of idle clients for the communication link. In some other implementations, the AP may allocate or reserve at least a portion of a link for different types of clients, such as priority clients, so that the AP may maintain high communications quality for an active priority client.

The invention relates to the technical field of intelligent logistics, in particular to a logistics bill full-link management method and device, equipment and a storage medium, and the method comprises the steps: obtaining a plurality of invoice files, carrying out the invoice information extraction processing of the plurality of invoice files, obtaining a plurality of pieces of initial invoice information, carrying out the data preprocessing of the plurality of pieces of initial invoice information, and obtaining a plurality of pieces of initial invoice information; the method comprises the steps of obtaining multiple pieces of target invoice information, obtaining a preset verification rule, judging whether the multiple pieces of target invoice information are complete based on the verification rule, taking the target invoice information as complete invoice information when the target invoice information is complete, obtaining multiple pieces of complete invoice information, and performing electronic invoice generation processing on each piece of complete invoice information. The method comprises the steps of obtaining a plurality of electronic invoices, sending each electronic invoice to a corresponding email box to obtain a plurality of sending data, finally obtaining an auditing result based on the plurality of sending data, and storing the plurality of sending data based on the auditing result, thereby improving the efficiency and accuracy of issuing the electronic invoices.

The invention belongs to the field of gateway management and control, and particularly relates to a multi-channel short message gateway intelligent distribution management and control system and method, and the system comprises a state obtaining module, a semantic analysis module and a matching decision module. The state acquisition module receives receipt messages of M heterogeneous short message gateways, locates the position of an original state code field and extracts a key symbol string containing a return code value; the semantic analysis module judges a logic distance between a return code value and an auxiliary symbol string based on a gateway corresponding mapping rule base, and generates a standardized state semantic vector; and the matching decision module matches the vector with a standard semantic template library, and executes a corresponding control action according to a real sending result type. Uniform analysis of the heterogeneous gateway state codes is achieved, hard coding is not needed to adapt to a new gateway, full-link management and control can be accurately triggered, and the short message reaching rate and the system operation stability are improved.

The invention relates to the technical field of Internet of Things communication, in particular to an Internet of Things communication system for wide-narrow band beam switching, and the system specifically comprises a bandwidth switching module which is used for detecting the current network load and user demands, and dynamically switching the broadband communication and the narrow-band communication; the beam forming module is used for receiving the network load and the user demand information transmitted by the broadband switching module, switching to a narrowband module when monitoring that the signal quality is reduced, and reselecting an optimal beam; the beam switching module is used for monitoring the strength of the signal, the signal-to-noise ratio and the quality of an error rate index, and carrying out beam switching according to a judgment result; the power control module is used for setting power levels of related bandwidth modes according to different bandwidth modes; and the link management and optimization module is used for continuously monitoring and evaluating the state of the communication link, carrying out interference suppression on the communication link and optimizing the quality of the communication link. According to the beam forming technology, transmitted and received signals can be focused, the signal strength is increased, and interference and noise are reduced.

This invention discloses a post-quantum cryptographic encryption communication device for a satellite constellation communication network, belonging to the field of satellite communication security technology. It includes a constellation link management module, a post-quantum authentication module, a post-quantum key negotiation module, a data encryption processing module, a secure key storage module, and a hardware acceleration and power consumption control module. The constellation link management module is communicatively connected to the post-quantum key negotiation module, the post-quantum authentication module, and the data encryption processing module. The post-quantum authentication module is communicatively connected to the post-quantum key negotiation module and the secure key storage module. The post-quantum key negotiation module is communicatively connected to the data encryption processing module, the secure key storage module, and the hardware acceleration and power consumption control module. This invention uses the above device to achieve real-time perception of the satellite communication link status through the constellation link management module, enabling key negotiation to be dynamically triggered according to constellation topology changes, thereby improving communication security.

The invention discloses a wireless link management method and device, a terminal and network side equipment, and belongs to the technical field of communication, and the wireless link management method comprises the steps that the terminal receives first configuration information through a first RAT (Radio Access Technology), the first configuration information comprises first information, the first information is used for indicating a first signal, and the first signal is used for indicating a second signal; the first signal is a signal of a second RAT; the terminal executes a target operation based on the first signal; wherein the target operation comprises at least one of the following items: wireless link monitoring; recovering the wireless link; beam failure detection; and beam recovery detection.

The disclosure provides a method and system for station (STA)-initiated dynamic link management for bandwidth enhancement in a wireless communication network system. The method includes detecting STA connected to the AP over a first wireless communication link. The method includes receiving an action frame request message from the STA to connect the STA to a second wireless communication link. The second wireless communication link includes higher or lower capabilities over the first wireless communication link. Further the method includes determining whether the AP comprises capability to action frame request message for activation of second wireless communication link based on a plurality of parameters. The method includes establishing the second wireless communication link with the STA and transmitting an action frame response message to the STA to establish the second wireless communication link with the STA. Further method includes transmitting or receiving traffic data over the second wireless communication link.

The present application relates to devices and components including apparatus, systems, and methods for using temporal prediction for radio link management.

The invention belongs to the field of hydrological management and control, and particularly relates to an irrigation area hydrological management and control system based on sky-ground integrated perception and AI, which comprises a sky-ground integrated perception layer, an edge calculation layer, an AI analysis decision-making layer and an intelligent management and control execution layer which are in communication connection in sequence, a water conservancy large model, a deep learning algorithm combination, a digital twin platform and a decision optimization algorithm are integrated, and the intelligent management and control execution layer comprises a control device and a visual monitoring device to form a full-link management and control system of'global perception-edge processing-intelligent decision-linkage management and control '. When the deviation absolute value of the hydrological parameter relative to the preset threshold value exceeds 10%, an abnormal response is triggered. Therefore, comprehensive coverage, stable transmission and safe storage of operation data of whole-domain hydrology, water quality and water conservancy facilities in an irrigation area are achieved, and the problems that due to the fact that traditional monitoring depends on single equipment, the number of coverage blind areas is large, data transmission is prone to being interrupted, and information is prone to being lost or leaked are solved.

Apparatuses, systems, and techniques to optimize device communications disclosed. In at least one embodiment, one or more neural networks are used to determine optimal power and frequency states for communication links between processing devices.

The application discloses an AI full-link management and accurate generation system and an implementation method, and belongs to the technical field of artificial intelligence interaction. The application adopts a closed-loop architecture of three-end linkage of user-end question standardization, connection-end memory optimization and AI-end output constraint, and can be compatible with mainstream AI interfaces as lightweight middleware without changing the underlying large model. Through three major core innovations of double-layer intent recognition, double-end external long-term memory, lazy coefficient and precision threshold double-quantization control, the application solves the pain points of existing large models, such as understanding deviation, uncontrollable memory, output distortion, compliance risk and the like, realizes full-link standardization, precision and compliance management of AI interaction, and is suitable for natural language question and answer, creative content generation, professional knowledge consultation and other multi-scene AI landing applications.

This application provides a multi-link management method, a multi-link terminal, and a storage medium. The multi-link management method includes: receiving current information sent by a logical access point in a multi-link access device that has established a communication link with at least one logical entity in the multi-link terminal, which is in a working state; wherein at least two logical entities in the multi-link terminal have established communication links with at least two logical access points in the multi-link access device; and determining a target communication link from the at least one communication link based on the pending data identifier and link transmission status identifier carried in all current information, so that the target logical entity corresponding to the target communication link continues to receive subsequent information sent by the target logical access point corresponding to the target communication link through the target communication link.

The invention discloses a method and a system for visualizing a film and television visual effect production data stream of a digital asset relationship network, and relates to the technical field of data processing. Comprising the following steps: acquiring asset, task, personnel and lens data in film and television visual effect production, and constructing a digital asset relationship four-dimensional tensor representing association strength among the asset, task, personnel and lens data; performing tensor decomposition on the tensor to obtain a corresponding factor matrix and a core tensor; based on a decomposition result, asset association query, task dependency analysis and process visualization are realized; according to the method, quantitative analysis and compression storage of the complex incidence relation in the manufacturing process are achieved through the tensor modeling and decomposition technology, and cross-modal retrieval based on the unified feature space, predictive early warning based on the time sequence and resource dynamic scheduling based on the game theory are combined; a full-link management system from data perception, intelligent analysis to optimization decision making is constructed, and the asset management efficiency, the cross-modal cooperation capability and the full-process management and control level of large-scale film and television visual effect production are remarkably improved.

The invention relates to the technical field of Internet of Things access security, and provides an electrical red-in-time Internet of Things access security authentication and link management and control method and device, and the method comprises the steps: enabling a network communication link to be physically disconnected and starting security authentication after a connection cable and terminal equipment complete electrical connection and power-on initialization; executing local authentication, remote authentication or a combination thereof according to a preset authentication strategy or an authentication strategy dynamically issued by the electric red-hong Internet of Things platform; after the authentication is passed, the link is switched to be in a physical conduction state to establish data communication, and the communication state is detected; when detecting that the authentication fails, the authentication is overtime or the data transmission state is abnormal, maintaining or recovering the physical disconnection of the link and triggering the automatic storage of the cable; and an operation log is generated, encrypted and stored in the authentication, link on-off and cable storage processes. The device comprises an interface module, a connecting cable, a main control unit, a link on-off control unit, a cable storage control unit and a log management unit. And the security of the access process of the Internet of Things terminal is improved.

The invention relates to the technical field of cold chain transportation management and control, in particular to a digital twin-driven ice bag cold chain full-link management and control method and system, which comprises the following steps of: constructing a virtual model by comprehensively integrating ice bags and packaging and transportation equipment parameters, intuitively presenting the state of each part of an ice bag cold chain system, insight into potential problems in advance, and providing a solid foundation for management and control; by collecting data in real time and utilizing a block chain for evidence storage, state change can be grasped in time, meanwhile, authenticity and non-tampering of the data are ensured, and the control credibility is enhanced; a model is constructed by taking minimization of the dynamic quality entropy as a target, and a real-time regulation and control instruction is generated by integrating multiple factors, so that accurate regulation and control of transportation equipment can be realized, the operation efficiency is improved, and the energy consumption and the cost are reduced; by retrieving similar historical scenes and dynamically adjusting the strategy, a scheme for dealing with the temperature control risk can be quickly formulated, historical experience is fully utilized, and the risk dealing capability is enhanced.