10results about How to "Improve sending efficiency" patented technology

The invention discloses a short message sending method and device, equipment, a storage medium and a program product, and the method comprises the steps: segmenting short message service flow according to preset time slice configuration, and obtaining short message data under a plurality of time slices; performing rate segmentation on the plurality of channel resources according to a preset rate arrangement strategy and a thread concurrency number to obtain rate configuration of a plurality of threads of each channel resource; wherein the rate arrangement strategy is used for indicating rate configuration of each channel resource; binding the short message data with a plurality of threads so as to enable the threads to execute sending on the bound short message data in each time slice according to own rate configuration; according to time arrangement and careful division of the channel rate, the sending efficiency of a multi-short-message service large-batch sending scene can be improved, sudden surge short message data can be effectively dealt with, multi-short-message service channel blockage caused by short message backlog is avoided, and the success rate of short message service sending loss is improved.

The application discloses a point cloud information processing method, device and equipment and a storage medium, and comprises the following steps: acquiring current point cloud frame data, wherein the current point cloud frame data comprises three-dimensional coordinate information of a plurality of point clouds; performing two-dimensional space mapping processing on the three-dimensional coordinate information of the plurality of point clouds to obtain a current depth image corresponding to the current point cloud frame data; comparing the current depth image with a previous depth image to obtain a frame difference image, wherein the previous depth image is a depth image corresponding to previous point cloud frame data adjacent to the current point cloud frame data; determining a target sending image from the current depth image and the frame difference image with smaller data quantity; and sending the target sending image to an image rendering module. The application can effectively reduce the data quantity of point cloud data, facilitate the storage and sending of point cloud data, and ensure real-time transmission of point cloud data.

This invention discloses an information push method, apparatus, device, and medium. The method includes: acquiring behavioral data input by a user to be processed; responding to a first operation performed by the user to be processed, and calculating the association probability between the first operation and a second operation based on the behavioral data; determining recommended information based on the association probability and descriptive information of the second operation, and sending it to the user to be processed, so that the user to be processed triggers the execution of the second operation. Embodiments of this invention can improve the accuracy and efficiency of information push and reduce the workload in the information push process.

The application discloses a scheduling method, system and device, which provides a feasible way to avoid random backoff conflict of an air interface. The method comprises the following steps: a control node receives service information reported by N network nodes respectively, wherein the service information is used for indicating information of service data which needs to be transmitted by the network nodes through a channel, and N is a positive integer; the control node determines M network nodes which are scheduled in a current scheduling period according to the service information reported by the N network nodes respectively, wherein M is a positive integer; and the control node sends a first scheduling message to the M network nodes, wherein the first scheduling message is used for indicating that the M network nodes are allowed to compete for the channel.

This application provides a data transmission method based on a cache structure, belonging to the field of computer communication technology. Specifically, a sending buffer is set in the sending storage area of ​​the file to be sent, and a receiving buffer is set in the receiving storage area. The method checks whether the data to be sent has been updated; if updated, it is sent by writing the file to be sent into the sending buffer or sending it directly to the receiving storage area. A handshake mechanism is used to establish a link between the sending storage area and the receiving storage area of ​​the file to be sent, and the number of data packets allowed to be sent at one time is calculated. The file to be sent is sent to the receiving buffer, and the receiving storage area receives the file after confirming that the flag of the file to be sent in the receiving buffer matches. This processing scheme improves sending efficiency while maximizing the utilization of memory space resources.

The invention discloses a control instruction sending method and device, a storage medium and an electronic device, and relates to the technical field of smart home, and the control instruction sending method comprises the steps: obtaining a streaming recognition result from an automatic speech recognition ASR result; a first control intention corresponding to the first recognition result is generated, a first control instruction generated based on the first control intention is sent to the intelligent device, and the first control instruction carries an execution time period and is used for controlling the intelligent device to execute the first control instruction after the execution time period passes. Performing natural language processing (NLP) on the second recognition result to obtain a second control intention; and verifying the first control intention through the second control intention to judge whether to send a second control instruction generated based on the second control intention to the intelligent equipment.

The present disclosure relates to a data sending method and device, electronic equipment and storage medium. The method comprises: in the scenario of uplink resource allocation exception, selecting a plurality of target subcarriers from a plurality of alternative subcarriers, the alternative subcarriers being subcarriers available for sending data, the number of the plurality of target subcarriers being less than the number of the plurality of alternative subcarriers; and sending data based on the plurality of target subcarriers. In the method, each target subcarrier has more power to support data sending, reducing the decoding failure of the network device, reducing the bit error rate, improving the data sending efficiency, avoiding the problems of resource waste and data flow interruption, and improving the user experience.

This application discloses a scheduling method, system, and apparatus to provide a feasible way to avoid random backoff conflicts on the air interface. The method includes: a control node receiving service information reported by N network nodes, wherein the service information indicates the service data that the network nodes need to transmit through the channel, and N is a positive integer; the control node determining M network nodes to be scheduled in the current scheduling period based on the service information reported by the N network nodes, where M is a positive integer; and the control node sending a first scheduling message to the M network nodes, wherein the first scheduling message indicates that the M network nodes are allowed to compete for the channel.

The utility model discloses an antenna, a communication chip and an electronic device, and the antenna comprises an onboard antenna which is used for transmitting and receiving signals; the impedance matching circuit is electrically connected with the onboard antenna, the impedance matching circuit comprises a pi-type matching circuit composed of a plurality of inductors and a plurality of capacitors, and the value of at least one inductor and / or one capacitor is adjustable, so that the input impedance of the onboard antenna is adjusted under different signal source frequencies. The Pi-type matching circuit in the antenna can realize simultaneous matching of a real part and an imaginary part of input impedance according to impedance characteristics and signal source frequency so as to ensure maximum power transmission, can adapt to different impedance characteristics, provides effective matching, optimizes communication performance, and improves the performance of the antenna. When the antenna is used in a communication chip, secondary harmonic interference can be prevented from being generated in a 2.4-2.6 G frequency band, the frequency spectrum quality of signals is ensured, and the signal receiving and sending efficiency of the antenna is improved.