22 results about "Multi hop relay" patented technology

The application provides a kind of unmanned area overhead transmission line network coverage method, along the line deployment multiple as intelligent spacer intelligent network node, node uses modular hot plug structure, equipped with super capacitor and solid-state battery hybrid energy storage system;Through LoRa communication to build distributed wireless mesh ad hoc network, combined with TDMA time division multiple access and AODV adaptive routing protocol;Utilize the power supply of at least two different principle of multi-source fusion self-powered module power supply;Node collects line monitoring data and carries out edge computing processing, and the processed data is transmitted through multi-hop relay transmission of ad hoc network, and then transmitted to the center master station through the main and standby dual-link redundant transmission architecture.The application can realize long-term stable self-power supply and reliable communication of unmanned transmission line, improve the real-time performance of monitoring data transmission and network invulnerability.

The present application relates to the technical field of digital information transmission, and provides an RFID data acquisition method, device and medium. The method comprises the following steps: a fixed reader / writer broadcasts a tag inventory instruction to a storage area; the fixed reader / writer receives a backscattering signal of an RFID tag in response to the tag inventory instruction, extracts a tag ID from the backscattering signal, and binds the tag ID with an access node identifier receiving the signal; an edge computing device constructs an access communication topology comprising a master reader / writer, a relay reader / writer and an RFID tag; all RFID tags are divided into direct connection acquisition groups, single-hop relay acquisition groups and multi-hop relay acquisition groups; different radio frequency acquisition parameters are configured for different acquisition groups, and the master reader / writer and the corresponding relay reader / writer read the business data stored by the corresponding RFID tags in batches according to the groups, so that the success rate and reading speed of a single inventory are significantly improved.

The application discloses a kind of cross-domain collaborative security supervision method and system, belong to wireless communication and public security supervision technical field.System includes the multiple short-range wireless communication nodes of personnel and / or operation equipment on deployment, each node automatically discovers and constructs the multi-hop self-organizing network of linear or mesh topology.Personnel node collects physiological state data and generates the physiological evaluation parameter of characterizing emergency degree;Each node will be collected data through multi-hop relay link hop by hop to target network node, and target network node will be gathered data transmission to remote platform through wide area link.The personnel node, equipment node of the application are organically integrated, and can be managed fixed node by hierarchical identification system, realizes the priority scheduling and collaborative rescue of physiological evaluation parameter driven, special relay intelligent replacement, target network node dynamic reselection and anti-damage adaptive reconstruction, suitable for power repair, fire rescue, earthquake rescue and other cross-domain operation scene.

The embodiments of the present disclosure provide a wireless communication method and a terminal device, for enabling a remote terminal to access a network by means of multi-hop relay. The wireless communication method comprises: a first terminal device receives first information sent by a second terminal device for discovering a relay device; the first terminal device makes a response to the first information.

This invention discloses a real-time control and management platform for intelligent well firing, relating to the field of well firing control technology. It solves the technical problems of traditional solutions lacking multi-hop communication control between nodes, failing to monitor relay node status in real time, and being unable to dynamically adjust strategies based on real-time data, thus affecting the control effect of the management platform on intelligent well firing. The platform divides the well firing distribution area into multiple zones, with each zone equipped with multi-hop relay nodes, forming a hierarchical transmission path. This solves the problem of limited single-hop communication distance, making it particularly suitable for complex terrains such as mountainous areas and underground environments, expanding coverage through relay hops. Simultaneously, a production mode configuration and full-dimensional status management module enables flexible configuration of production modes, status tracking and visualization of well firing equipment and the entire operation process, operation trajectory playback and event tracing, and quality control management of the firing process, providing comprehensive data support for intelligent firing decision-making and operation process control.

A relay communication method, a terminal device, and a network device are provided. The relay communication method includes: a terminal device receives a proximity communication policy, the proximity communication policy includes an RSC and multi-hop relay authorization information corresponding to the RSC.

This application provides a communication method, apparatus, and system. The method may include: sending a measurement report to an access network device, the measurement report being used by the access network device to determine whether to perform a group handover; receiving a first message, the first message instructing a first terminal to perform a group handover, wherein the group handover involves maintaining the connection of a first link and / or a second link, the first link being a link between the first terminal and a second terminal, the second terminal providing relay services to the first terminal, the second link being a link between the first terminal and a third terminal, the first terminal providing relay services to the third terminal. The technical solution provided by this application can improve the handover efficiency of multiple terminal devices in multi-hop relay scenarios, avoiding excessively long service interruptions for remote terminals.

The present application provides a sidelink communication method and apparatus, and a storage medium, capable of enabling an intermediate relay UE to provide multi-hop relay services for remote UEs, thereby improving the flexibility of multi-hop relay services. The method comprises: a third terminal device acquires information of a first multi-hop relay link; the third terminal device sends first information to a first terminal device, the first information being used for indicating that the third terminal device is connected to a network via the first multi-hop relay link; and the first terminal device performs path change on the basis of the first information.

The disclosure provides a method performed by a first relay terminal in a wireless communication system including a first terminal supporting a proximity-based service (ProSe), a second terminal, the first relay terminal, and a second relay terminal. The method includes receiving a first message for discovering the second terminal from the first terminal, and transmitting a second message to the second relay terminal based on the first message, wherein the first message includes first information for a relay service and second information for a multi-hop relay.

A method is provided for user equipment-to-user equipment (U2U) trunk reselection in multi-hop U2U trunking, and the method may include: when triggered to perform reselection of at least one trunk device, determining one or more candidate responding devices among a plurality of devices in a trunk communication chain, and transmitting at least one trunk discovery message to or to the one or more candidate responding devices for connection to the one or more candidate responding devices. The method may further include selecting a responding device from the one or more candidate responding devices based on receiving one or more discovery response messages directly or via at least one candidate trunk device from the one or more candidate responding devices.

This disclosure provides a method and an apparatus for communications based on relay in a wireless system. The method may be applicable to the UE and include the following. The UE receives one or more signals, where the one or more signals indicate one or more relay paths between the UE and a network device. The one or more relay paths include at least one multi-hop relay path. The UE communicates first data on at least one first relay path in the one or more relay paths. This method enables the indication of the at least one multi-hop relay path, allowing the at least one multi-hop relay path to participate in the discovery / (re-) selection of relay UE (s). This enhances the performance of relaying, which consequently increases the throughput for the UE and improves the overall system performance.

The application discloses a multi-hop relay communication method and device, a terminal device and a relay device, and relates to the technical field of communication. In the multi-hop relay network of the application, multiple relay devices provide relay services in each hop. Therefore, even if a certain relay device in a certain hop cannot continue to provide relay services, other relay devices in the hop can continue to provide relay services, avoiding the interruption of the entire communication, thereby improving the reliability and stability of the network. In addition, since multiple relay devices in the same hop can work in parallel, the load of a single relay device is reduced, thereby improving the throughput of the network. Furthermore, since the relay devices in each hop can be dynamically selected and adjusted according to the demand, the network structure is more flexible, and can flexibly cope with different load demands, network topology changes and device states according to the actual situation, thereby improving the adaptability of the network.

The application provides a kind of sidelink communication method, device and storage medium, can realize intermediate relay UE provides multi-hop relay service for remote UE, improves the flexibility of multi-hop relay service.The method comprises: the third terminal equipment obtains the information of first multi-hop relay link;The third terminal equipment sends first information to the first terminal equipment, and the first information is used to indicate that the third terminal equipment is connected with network through the first multi-hop relay link;And, the first terminal equipment changes path based on the first information.

The application provides a communication method and device and a computer readable storage medium. The communication method comprises: sending quality of service (QoS) of at least one link in a multi-hop relay communication link, wherein the QoS of the at least one link is determined according to at least end-to-end QoS. The application provides a scheme capable of splitting the QoS of a service in each link of the multi-hop relay communication link.

Example embodiments of the present disclosure provide a solution for multi-hop proximity based service (ProSe), especially for boundary control and / or quality of service (QoS) control in multi-hop ProSe. In an example method, a first terminal device may transmit, to a second terminal device, an announcement message for a multi-hop relay discovery. The announcement message comprises a configuration for multi-hop proximity based service (ProSe).

This invention relates to the field of forest fire investigation technology and discloses an exploration system for post-fire investigation and evidence collection, including a handheld acquisition terminal, a drone mapping terminal, a data aggregation node, and a backend system. The handheld acquisition terminal collects trace images and has a manual correction module for on-site personnel to correct identification results. The data aggregation node is used to build a dedicated 2.4GHz wireless network in weak network environments and supports multi-hop relay. The backend system includes a task coordination and push module, which generates mapping instructions based on the marked images uploaded by the handheld terminal, driving the drone to prioritize close-up detailed investigation of the marked areas. The manually corrected data is fed back to the model training module for iterative optimization. This invention achieves a real-time collaborative closed loop of human marking and drone re-examination in post-disaster investigation scenarios, continuously improving identification accuracy and on-site investigation efficiency, and effectively solving the problem of real-time data interaction in public network blind spots.

Embodiments of the present disclosure provide a solution for path switch. In a solution, a first terminal device obtains a measurement configuration for a measurement associated with a first communication path between a remote terminal device and a network device. The first terminal device transmits, to the network device, a measurement result based on the measurement configuration. The first terminal device receives, from the network device, switch information indicating to switch to a second communication path between the remote terminal device and the network device. The first terminal device performs, based on the switch information, a path switch from the first communication path to the second communication path. At least one of the first communication path or the second communication path includes a multi-hop relay path with the at least one terminal device located between the remote terminal device and the network device.

Signaling for allocating communication resources is communicated in a wireless communication network. The signaling is for allocating the communication resources in a first time period and a second time period for relaying data by, for example, user equipments (UEs) including one or more relay UEs at each hop, in respective hops in a multi-hop relay between a first end node and a second end node. Such relaying the data in the respective hops includes relaying the data in a first hop in the multi-hop relay between the first end node and the second end node and a second hop in the multi-hop relay. The communication resources in the first time period are allocated for relaying the data in the first hop in the multi-hop relay and the communication resources in the second time period are allocated for relaying the data in the second hop in the multi-hop relay.

This application relates to a relay communication method, a terminal device, and a network device; wherein, the relay communication method includes: the terminal device receiving a short-range communication rule, the short-range communication rule including an RSC and multi-hop relay authorization information corresponding to the RSC, wherein the multi-hop relay authorization information includes at least one of the following: whether multi-hop relay is allowed; and the maximum number of allowed multi-hop relay hops. This application enables multi-hop relay communication through multiple relay UEs.

The application relates to a relay communication method and device, the method comprising: a first terminal selecting a relay terminal meeting the demand of the first terminal based on a first trigger condition; wherein the first terminal and the relay terminal are in a multi-hop relay link, and the first trigger condition is related to a link state. In the embodiment of the application, the selection of the relay triggered based on the trigger condition can form a multi-hop relay link, and the communication reliability and the communication range can be improved.

A method and system for optimizing the performance of multi-hop relay on the NR side in vehicular networks (V2X) include: establishing a system model of key messages in a multi-hop relay scenario on the NR side; constructing a performance analysis framework for multi-hop transmission of key messages in V2X; calculating the average performance under a multi-round random transmission scenario based on the system model and Monte Carlo simulation, and verifying the correctness of the performance analysis framework; formulating the multi-hop relay transmission process on the NR side as a multi-constraint, multi-objective mixed-integer linear programming problem; solving the mixed-integer linear programming problem under given key message transmission distance or end-to-end transmission probability and lifetime, and outputting the corresponding network parameters under optimal performance. This invention formulates the process of key messages in V2X via multi-hop relay on the NR side as a typical optimization problem and proposes a particle swarm optimization algorithm to determine the optimal settings of NR side parameters, thereby maximizing the multi-hop transmission probability or propagation distance.