82 results about "Channel bank" patented technology

A station (e.g. multi-link device (MLD)) of a BSS having an operating channel made of a primary channel and one or more secondary channels, one of the secondary channels being an anchor channel for NP

The invention discloses a water distribution system for controlling the delivery of water under gravity to at least one customer through a computer-controlled channel having a plurality of pools which are open conduits between respective upstream and downstream regulators and have both a hydraulic capacity and defined channel bank or maximum allowable operating level. The water distribution system has a multi-pool storage control system that reactively provides flow commands to control the opening of said regulators. The multi-pool storage control system determines the flow commands to coordinate multi-pool participation in balanced utilisation of distributed storage along sections of said channel to manage uncontrolled and uncertain system-level supply demand mismatch that cannot be eliminated through available control authority. The multi-pool storage control system operates without requiring direct measurement or forecasting of the supply-demand mismatch.

This disclosure provides an audio encoding method, an audio decoding method and apparatus therefor, an electronic device, a storage medium, a computer program product, and a computer program. [Solution] The method includes the steps of: grouping a channel sequence to obtain a plurality of channel groups, each channel group containing a plurality of consecutive channels in the channel sequence, with one or more identical channels between adjacent channel groups; performing a frequency domain transformation on each audio signal of each channel in the channel sequence frame by frame to obtain frequency domain coefficients for each frame of each channel; determining a target transformation matrix for each frequency band in a frequency band set corresponding to the channel group from a set of transformation matrices based on the frequency domain coefficients of each channel; performing same-band decorrelation on the frequency domain coefficients of the channels in the channel group based on the target transformation matrix for each frequency band to obtain coding information for the channel group; and obtaining a coded stream based on the coding information for the channel group and sending the coded stream to a decoder for decoding.

The present invention discloses an Internet of Things-based power equipment status monitoring system, which relates to the technical field of wireless communication networks. It includes: a spectrum sensing module that detects and identifies the noise characteristics in electromagnetic signals through a quantum spectrum sensing array to obtain corresponding spectrum data and classification results; a dynamic evaluation module that filters out a list of available channels through dynamic channel survivability, and determines corresponding channels for signal transmission from the list of available channels according to the classification results of the SVW classifier; a frequency hopping optimization module that determines a globally optimal frequency hopping sequence through the list of available channels and the total energy between different channels. The present invention realizes the capture of microsecond-level transient noise through a superconducting resonator and a quantum compressive sensing algorithm, and at the same time, real-time filters out anti-interference channels through dynamic channel survivability and obtains an optimal channel combination, enabling it to complete channel switching within 10 ms.

A method includes: a terminal device receives first Downlink Control Information (DCI), wherein the first DCI is used for scheduling a first Physical Downlink Shared Channel (PDSCH), the terminal device determines a first uplink resource, the first uplink resource being used for feeding back a first HARQ codebook corresponding to at least one of a plurality of channel groups, wherein downlink allocation indicators (DAIs) corresponding to the PDSCHs in the plurality of channel groups are consecutively counted; the terminal device determines the first HARQ codebook for the first uplink resource. By consecutively counting DAIs corresponding to PDSCHs in the plurality of channel groups, the present application can implement consistent understanding of the sizes of HARQ codebooks corresponding to the plurality of channel groups by a terminal device and a network device.

Disclosed are a channel configuration method, device and equipment to improve the overall network performance of a wireless local area network. The method comprises: obtaining a target channel combination, the target channel combination being a channel combination with the minimum interference value between APs in a plurality of AP groups of a first floor and APs in a plurality of AP groups of a second floor among a plurality of possible channel combinations. Configuring channels for the APs in the plurality of AP groups of the first floor and the APs in the plurality of AP groups of the second floor according to the target channel combination.

A simulation method, device and system for time-division multiplexing telemetry framing of a routing spacecraft channel. The method includes: receiving simulation data, if the simulation data is telemetry data of a target spacecraft, calling a data source simulation model to perform real-time transmission virtual channel data source simulation processing on the telemetry data, so as to encapsulate the simulation data into real-time transmission target spacecraft virtual channel data units, and using an on-board fixed storage simulation model to store the data to be stored; if the data is simulation operation control command data, calling a downlink channel time-division multiplexing simulation model to perform telemetry framing simulation processing, so as to call a data source simulation model to perform real-time transmission virtual channel data source simulation processing according to the status bus information; publishing the telemetry frames sent by the downlink channel time-division multiplexing simulation model, advancing the simulation time, and obtaining the telemetry framing simulation result. The present invention realizes accurate simulation of the downlink channel framing process of a routing spacecraft, ensures that the spacecraft efficiently and accurately executes deep space exploration tasks, and saves resource costs.

A base station transmits, to a wireless device, configuration parameters of a secondary physical uplink control channel (PUCCH) group. The configuration parameters include a PUCCH secondary cell and a secondary cell. The base station transmits, during a first time interval, a command activating the secondary cell. The base station starts reception of channel state information, from the wireless device, for the secondary cell from a second time interval that is a positive number plus a pre-determined number of time intervals after the first time interval. In response to activation of the PUCCH secondary cell being completed in or after the pre-determined number of time intervals after the first time interval, the positive number is based on when the activation of the PUCCH secondary cell is completed by the wireless device.

A method for reporting a buffer status of data to be transmitted on a logical channel group of a communication network, the logical channel group being configured to carry a plurality of sets of protocol data units (PDU sets) associated with a first section and a second section of the logical channel group, each of the first and second segments is associated with at least one set of PDUs, the communication network comprising a user equipment and a base station wherein the method comprises, at the user equipment, transmitting a status report for reporting a buffer status of the first and second segments to the base station, the status report includes information indicating an amount of data associated with the first segment and the second segment, where the status report is transmitted based on a drop timer value associated with at least one of the first segment and the second segment.

A method for a Multi-Link Operation (MLO) silent scan applicable to a station is provided. The method includes the following steps. An access point (AP) is connected through a first channel and a second channel. The first channel is within a first channel group, and the second channel is within a second channel group. Full channels within the second channel group or the first channel group are scanned alternatively, and communication with the AP through the first channel or the second channel alternatively is maintained during the scan.

The present application relates to the field of communication technology and provides a communication method and a communication device for reducing the power consumption of a multi-antenna radio frequency module without affecting the module's high capacity and high experience capabilities. A specific solution involves using a radio frequency channel in a first radio frequency channel set to carry a first type of signal and a radio frequency channel in a second radio frequency channel set to carry a second type of signal, where the first radio frequency channel set and the second radio frequency channel set are different and the first type of signal and the second type of signal have different functions. The present application is used in a process of transmitting signals on radio frequency channels.

The invention provides a multi-link operation (MLO) silent scanning method and electronic equipment. The method comprises the following steps: connecting an access point (AP) through a first channel and a second channel; wherein the first channel is located in a first channel group, and the second channel is located in a second channel group; and alternatively scanning all channels in the second channel group or the first channel group, and alternatively keeping communication with the AP through the first channel or the second channel during the scanning.

The application discloses a data interaction method and system based on Bluetooth communication, and relates to the technical field of communication, which comprises the following steps: real-time scanning of interference and load conditions of each channel through a multi-channel cooperative scheduling mechanism of a Bluetooth device; constructing a channel utilization rate evaluation model and dynamically selecting an optimal channel combination; receiving end adopts a hybrid automatic repeat request mechanism to perform real-time checking on each link data flow; performing demand analysis and decision allocation and dynamically allocating resource units; judging whether interference exists in the current channel; real-time statistics of end-to-end delay of data packets from sending to receiving, and triggering a dynamic optimization process when the delay exceeds a threshold; and sharing channel resources among access points through a cooperative spatial multiplexing technology. Through the setting of a channel combination module, a delay monitoring module and a resource sharing module, the delay of multi-device concurrent transmission is reduced, the channel resources are shared among access points, and the quality of Bluetooth communication is improved.

The present technology relates to a communication device and a communication method capable of curbing deterioration of frequency utilization efficiency. A communication device including a control unit configured to set a first frequency channel group used at the time of simultaneously transmitting data in cooperation with another communication device constituting another network, to set a second frequency channel group used for communication in a host network, and to dynamically control bandwidths of frequency bands in the first frequency channel group and the second frequency channel group is provided. The present technology can be applied to, for example, a wireless LAN system.

This utility model relates to a water level and flow rate monitoring device for open channels, comprising a prefabricated base, multiple helical anchors, a column fixed to the base, a horizontal arm fixed to the column, a water level and flow rate monitoring probe fixed to the horizontal arm, and an equipment box fixed to the column. The helical anchors are screwed into the soil beside the channel. A connecting bolt is provided at the top of the helical anchor for connection to the base, and connecting holes corresponding to the connecting bolts at the top of the helical anchor are provided on the edge of the base. The base and the helical anchors are fixedly connected by the connecting bolts. This utility model uses helical anchors to fix the prefabricated base, and the helical anchors are fixedly connected to the base by bolts. This avoids excavating and pouring concrete foundations on the channel bank, greatly saving construction time, improving the installation efficiency of the device, and reducing construction difficulty.

The invention provides walking type underwater supporting equipment and a truss supporting system, the walking type underwater supporting equipment is connected to the water inlet end of a truss and used for supporting the truss, the walking type underwater supporting equipment comprises a cross beam connected with the water inlet end of the truss and a moving mechanism arranged at the bottom of the cross beam in the length direction of the cross beam, and the walking type underwater supporting equipment further comprises two supporting seats, the adjusting mechanism is arranged on the side face of the supporting base and connected with the walking wheels. The supporting seat and the walking wheel arranged on the supporting seat are used as a supporting structure of the cross beam, so that the cross beam slides towards the channel bottom direction under the action of the supporting seat and the walking wheel by means of self gravity until the splicing part of the first truss section moves to a proper area close to the channel bank on the channel surface, splicing of the second truss section is facilitated, and the splicing efficiency of the second truss section is improved. The operation is repeated until the cross beam moves to the bottom of the channel under the action of the walking wheels, splicing of all the truss sections is completed, and compared with the prior art, the influence of the complex underwater environment on truss splicing is reduced, so that the truss splicing efficiency is improved.

A channel access method, a channel access apparatus and a non-transitory computer readable storage medium are provided. The method includes: Type2 channel access is performed on at least one first channel in a set of channels, wherein a channel access result obtained by performing Type2 channel access on the at least one first channel is used to determine whether the at least one first channel is available for transmitting a sidelink synchronization signal block (S-SSB) in a first slot, the set of channels are channels scheduled for transmitting the S-SSB in the first slot, and the at least one first channel and the first slot are included in a channel occupancy time (COT).

The present application discloses a wireless channel selection method, apparatus, electronic device, and readable storage medium, which are applied to the field of wireless communication technologies. The wireless channel selection method includes: obtaining busy wireless channels under the current channel width, where the busy wireless channels are wireless channels in a busy state; screening at least one candidate wireless channel from the available wireless channel group under the current channel width according to the busy wireless channels, where the candidate wireless channels are wireless channels not affected by channel interference factors; and selecting a target wireless channel from the candidate wireless channels according to the first channel congestion degree of each candidate wireless channel. The present application solves the technical problem of low selection accuracy in wireless channel selection.

The invention relates to a W-band transmit-receive integrated device which integrates an antenna TR assembly, a signal processing assembly and a channel assembly to realize high integration level. The antenna TR assembly is used for receiving and transmitting W-band signals; the channel assembly is connected with the antenna TR assembly and is used for processing W-band signals received or transmitted by the antenna TR assembly; the signal processing assembly is connected with the channel assembly through a multifunctional connector, and is used for generating and processing a radio frequency signal used by the channel assembly. According to the technical scheme, all the components are reasonably arranged, the size is reduced, the integration level is high, meanwhile, signals can be controlled and processed only by providing a set of connectors externally, and use is convenient.

An encoder and decoder are for encoding into or decoding from a data stream digital wave- form data comprising a one or more channels. The encoder is configured to group the one or more channels into one or more channel groups, encode the one or more channels into payload packets channel-group wise and frame wise so that each packet is associated with a channel group and has exclusively encoded a frame of one or more channels thereinto which are within the channel group with which the respective packet is associated.

A radio station includes, a controller configured to configure a bundled channel which is a channel group obtained by bundling a plurality of channels and first information related to the bundled channel, and perform control to generate a transmission opportunity for a second signal that requests an uplink resource for a first signal, according to an amount of data in the bundled channel and the first information, and a communicator configured to transmit the second signal to another radio station according to the transmission opportunity for the second signal, and receives a radio resource from the other radio station.

A wireless communication method according to one embodiment is a method, wherein wireless communication is established between at least one mobile transceiver station provided with a plurality of antennas and a base station provided with a plurality of antennas, the method including: estimating channel information for each of one or more channels based on location information for each of the antennas that transmit and receive radio waves; predicting an external factor affecting each channel for which channel information is estimated; calculating a channel capacity for each channel for which channel information is estimated based on the predicted external factor; determining a channel combination that maximizes the total channel capacity of wireless communication established between the at least one transceiver station and the base station based on each calculated channel capacity; and controlling an orientation of each antenna for transmitting and receiving radio waves based on the determined combination. lkfhlw

A control section sets a channel group, which is a plurality of channels aggregated, and first information related to the aggregated channel, and controls so that a transmission opportunity of a first signal is generated based on a data amount of the aggregated channel and the first information, and controls so that a transmission opportunity of a second signal, which is used to request an uplink resource of the first signal, is generated in response to the transmission opportunity of the first signal. A communication section transmits the second signal to another wireless station in response to the transmission opportunity of the second signal, and receives a radio resource from the other wireless station.

Various aspects of the present disclosure generally relate to wireless communication. In some aspects, a user equipment (UE) may receive multiple synchronization signal blocks (SSBs) in an SSB burst, wherein the multiple SSBs in the SSB burst are subject to an SSB transmission constraint based at least in part on an SSB burst periodicity associated with the SSB burst. The UE may decode a physical broadcast channel (PBCH) using PBCH combining based at least in part on respective PBCH transmissions included in the multiple SSBs in the SSB burst. Numerous other aspects are described.

The present disclosure relates to a communication method, device, system, storage medium and program product, and relates to the technical field of communication. The method comprises: sending first information to a network device; wherein the first information is used to indicate at least one of the following: a data amount of first data in a logical channel group, or data amount information of second data in the logical channel group; wherein the first data includes the second data, or the first data does not include the second data. A unified reporting format of the data amount of the data in the logical channel group is provided, which avoids repeated reporting of the data amount by the terminal and saves transmission resources.

The invention provides a memory addressing method, device and equipment, a data caching system and a storage medium. The method comprises the following steps: acquiring a three-dimensional coordinate of each data in a three-dimensional array in a memory; calculating an original Bank serial number corresponding to the data in the memory based on the three-dimensional coordinates; calculating a cross-row Bank conflict elimination factor and a cross-channel Bank conflict elimination factor based on the three-dimensional coordinates; and calculating an actual memory access address of the data in the memory based on the original Bank serial number, the cross-row Bank conflict elimination factor and the cross-channel Bank conflict elimination factor. According to the memory addressing method and device, the equipment, the data caching system and the storage medium, the parallel memory access conflict of any dimension in the three-dimensional array can be effectively eliminated, and the bandwidth utilization rate is greatly improved.

1. The name of the design product: river channel revetment pile. 2. The use of the design product: a support pile for the river channel bank. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: front view.