17results about "Radio relay systems" patented technology

A control device according to the present disclosure is provided with a control unit. The control unit virtually generates a communication environment for communication conducted between a first communication device and a second communication device via a third communication device. The control unit determines control information, for controlling the third communication device, on the basis of the virtual communication environment. The control unit transmits the control information to the third communication device.

[Problem] The present invention makes it possible to provide, to an underwater apparatus located in an underwater area, an environment for communicating with an external communication apparatus or Internet connection. [Solution] The present invention is a communication system comprising: an information acquisition unit that acquires information relating to an underwater communication system for providing, to an underwater object located underwater, an environment in which a communication connection to an Internet connection or the like is possible; at least one unmanned watercraft that is capable of navigating on the water surface and is provided with a communication unit capable of communicating with the underwater object and / or the underwater communication system; a communication path determination unit that determines, on the basis of the information acquired by the information acquisition unit, a relay communication path for a communication line for establishing a relay connection between the underwater object and the Internet connection by using the unmanned watercraft and the underwater communication system; and an unmanned watercraft command determination unit that determines, on the basis of the determined relay communication path, an unmanned watercraft control command for configuring the relay communication path.

The invention provides a method and a system for improving access capacity of a data relay satellite network with strong guarantee of user satellite service quality. The method and the system mainly solve the problem that the user satellite service quality and the access capacity of the data relay satellite network are difficult to consider at the same time in the prior art. According to the implementation scheme, under a shortest distance association strategy, a transmission capacity Markov chain is constructed from the perspective of a transmission distance; storage, calculation and transmission processes are depicted into basic elements of a queue, a cascade queue system is constructed, business arrival, calculation and transmission processes of the cascade queue system are mapped to a yoke domain, a business arrival yoke, a processing service yoke and a transmission service yoke are obtained, and then a user satellite service quality boundary is calculated according to the business arrival yoke, the processing service yoke and the transmission service yoke. And calculating the upper bound of the access capacity meeting the stable condition of the system by using the monotonicity of the boundary, and determining the access capacity under the guarantee of the user satellite service quality in the range of the upper bound. According to the method, the service quality can be strongly guaranteed by using the service quality boundary, the access capacity under the service quality guarantee of the user satellite can be effectively improved by improving the service quality boundary, and the method can be used for the storage, calculation and transmission fusion data relay satellite network.

A method and device for a UE-to-Network (U2N) Relay User Equipment (UE) are disclosed. In one embodiment, the U2N Relay UE establishes at least one PC5 connection (or PC5 unicast link) with at least one child UE and establishes a Radio Resource Control (RRC) connection with a network node. Furthermore, the U2N Relay UE receives a Sidelink Relay Adaptation Protocol (SRAP) Data Protocol Data Unit (PDU) on a Uu Relay Radio Link Control (RLC) Channel from the network node, wherein the SRAP Data PDU includes a header and a data field and wherein the header includes a BEARER identity (ID) field and a UE ID field.

Provided is an electronic apparatus of performing communication through a communication system implemented using a plurality of relays, the electronic apparatus including a beam shaping module that shapes a beam for transmitting and receiving data, an antenna aligned to transmit and receive a beam shaped by the beam shaping module, a transceiver for transmitting and receiving the data in relation to another electronic apparatus through the antenna, and at least one processor configured to determine a beam hopping pattern between the plurality of relays, change a relay, which is used to transmit and receive data in relation to the another electronic apparatus sharing the beam hopping pattern, from a first relay included in the plurality of relays to a second relay included in the plurality of relays based on the beam hopping pattern, and control at least one of the antenna, the beam shaping module and the transceiver to transmit and receive data through the second relay. According to another example embodiment, a method executed through the electronic apparatus may be provided and a computer readable recording medium having instructions for performing the method may also be provided.

A communication system, including a first carrier and a first antenna mounted on the first carrier; a second carrier and a second antenna mounted on the second carrier, wherein the first antenna and the second antenna are arranged relative to each other that the first antenna and the second antenna can establish wireless link; a third carrier and a third antenna mounted on the third carrier; a fourth carrier and a fourth antenna mounted on the fourth carrier, wherein the third antenna and the fourth antenna are arranged relative to each other that the third antenna and the fourth antenna can establish wireless link; and a transmission structure, within which the signal propagate through, connects the second antenna and the third antenna.

This wireless communication system includes a base station, a terminal station connected with the base station by a plurality of communication routes, and a wireless communication device that performs routing control for the plurality of communication routes between the base station and the terminal station. The wireless communication device comprises: an information collection unit that collects auxiliary information respectively from the base station, the terminal station, and wireless stations included in the plurality of communication routes; a communication quality determination unit that, on the basis of the auxiliary information collected by the information collection unit, determines whether a prescribed communication quality is satisfied by each of the plurality of communication routes between the base station and the terminal station; a power consumption calculation unit that, on the basis of the auxiliary information collected by the information collection unit, calculates the power consumption for a communication route determined to satisfy the prescribed communication quality by the communication quality determination unit; and a communication route determination unit that determines the optimal communication route to be a communication route with the lowest power consumption calculated by the power consumption calculation unit.

Disclosed herein is an antenna system (10). The antenna system (10) comprises an antenna transducer (12) for communicating with a wireless communications network (14). The antenna system (10) has an antenna feed (16) configured for communicating a communications network signal between the antenna transducer (12) and the network connectivity device (18). The antenna system (10) has a wireless local area network (WLAN) system (20) configured to wirelessly communicate information between the network connectivity device (18) and another device (22).

This application provides a transmission system, a remote radio unit (remote radio unit, RRU), and a network device, to simplify installation of the network device supporting a microwave (microwave, MW) technology and a free space optical (free space optical, FSO) communication technology. In this solution, the RRU can implement joint deployment of the MW technology and the FSO technology. One BBU and one RRU that integrates the MW technology and the FSO technology can be deployed in one network device. Based on this, the BBU and the RRU in the network device may be connected through one cable. This solution can simplify installation of the network device.

This wireless communication system comprises: a wireless terminal provided with a plurality of wireless modules that carry out wireless communication through mutually different channels; a base station that carries out wireless communication with the wireless modules; and a plurality of relay devices that relay the wireless communication between the base station and each of the wireless modules. The wireless terminal uses one of the wireless modules as a usage module, and stops data transmission from those other than the usage module. The wireless terminal switches the usage module so that the transmission time rate of each of the wireless modules does not exceed a prescribed upper limit.

This wireless communication system comprises: a wireless terminal that comprises a plurality of wireless modules for performing wireless communication in channels differing from one another; a base station that performs wireless communication with the plurality of wireless modules; and a plurality of relay devices that relay the wireless communication between the base station and each of the plurality of wireless modules. The wireless terminal uses one of the plurality of wireless modules as a usage module and stops data transmission from wireless modules other than the usage module. The base station determines a usage schedule for each of the plurality of wireless modules such that the transmission time ratio of each of the plurality of wireless modules of the wireless terminal does not exceed a prescribed upper limit. In addition, the base station notifies each wireless module of information relating to the determined usage schedule. Each wireless module operates as the usage module in accordance with the usage schedule determined by the base station.

A relay device configured to cooperate with a configurator according to a configuration protocol that enables setting a wireless network and at least one wireless communication device to be associated with the wireless network is disclosed. The configuration protocol uses a wired and / or wireless network connection, and the relay device is configured to communicate with at least one wireless communication device via a transceiver according to a wireless communication protocol. The relay device has a processor configured to provide an indication of the setting of the transceiver to the configurator via a setting connection. The configurator device receives the indication of the setting and performs one or both of issuing commands to the relay device to select an appropriate relay and modify the setting of the transceiver based on the indication and information regarding the enrollee device.

The embodiment of the application discloses a reference signal configuration method and device. By receiving reference signal configuration information sent by a network device, a beam corresponding to a reference signal is determined according to the reference signal configuration information, so that the network device can send a specific beam on a service link without directly indicating the angle of beam generation of a relay device through signaling, the additional signaling overhead is saved, and the communication efficiency of the system is improved.

A relay device relays a predetermined signal transmitted by a base station device through a predetermined beam by outputting the predetermined signal in a plurality of radio wave output directions without decoding user data, performs control such that the predetermined signal transmitted through the predetermined beam in a first time slot is relayed in a first direction among the plurality of radio wave output directions, and the predetermined signal transmitted through the predetermined beam in a second time slot is relayed in a second direction among the plurality of radio wave output directions, and selects an output direction, among the plurality of radio wave output directions, in which to output a radio wave in signal transmission between a terminal device and the relay device, based on a timing at which a second predetermined signal is received from the terminal device.

A control device is provided with: a control unit that determines control information for controlling a relay in an antenna device on the basis of a first direction from an antenna device that performs relay of a signal transmitted to a wireless communication device toward the wireless communication device; and a transmission unit that transmits the control information to the antenna device.

An equalizer stage circuit includes a first transistor and a second transistor disposed in a differential configuration. The equalizer stage circuit also includes a first selectable path. The first selectable path includes: a first terminal coupled to an emitter or a source of the first transistor; a second terminal coupled to an emitter or a source of the second transistor; a high-frequency portion comprising a first plurality of high-frequency RC time constant members connected in parallel between the first terminal and the second terminal; a first capacitor coupled to the first terminal; a second capacitor coupled to the second terminal; and a low-frequency portion comprising a second plurality of low-frequency RC time constant members connected between the first capacitor and the second capacitor.