37results about How to "Reduce payload size" patented technology

The present invention relates to a method, performed by a terminal, for reporting channel state information (CSI) in a wireless communication system and an apparatus therefor. According to the presentinvention, the terminal may receive first configuration information related to report of the CSI from a base station, and may report the CSI to the base station on the basis of the first configuration information. The first configuration information may include resource setting information related to a physical uplink shared channel (PUCCH) resource for reporting the CSI, and the PUCCH resource may be set per at least one uplink bandwidth part (UL BBW).

An apparatus and method for transmitting or receiving a physical sidelink broadcast channel (PSBCH) are provided. The method for sending the PSBCH of the first user equipment comprises the step of sending the PSBCH carrying information to one or more pieces of second user equipment, wherein the information carried in the PSBCH is used for determining a period and the number of time slots. This may reduce the payload size of information carried in the PSBCH.

The present specification provides a method for transmitting and receiving a signal by means of a beam in a wireless communication system. Specifically, a method for a terminal for reporting beam-related information in a wireless communication system may comprise the steps of: receiving one or more particular signals for beam management from a base station; and reporting, to the base station, beam information for one or more beams on the basis of result of measurements by means of the one or more particular signals.

The invention provides a scheduling method and an apparatus in enhanced carrier wave aggregation. In a first step, UE receives a high level signaling and a first DCI, wherein the high level signaling indicates cell indexes of K service cells and the first DCI includes a first domain. In a second step, according to scheduling of the first DCI, a first wireless signal is processed on a first carrier wave indicated in the first domain. The first carrier wave is indicated by the first domain and a scheduling direction of the first DCI. The scheduling direction is an uplink and the processing is sending, or the scheduling direction is a downlink and the processing is receiving. The first carrier wave is the carrier wave of one service cell of the K service cells and the K is a positive integer. In the invention, a ''coupling'' relation of uplink and downlink scheduling is removed and scheduling flexibility is increased. In addition, a load size of a control signaling is not increased.

The invention relates to an arc type anti-icing wind power foundation. The foundation comprises an upper foundation with a small transverse dimension, a middle foundation and a lower foundation with alarge transverse dimension, the shape of the whole middle foundation is an inverted cone shape or a horn shape with a smaller upper part and a larger lower part, the middle foundation comprises an arc type main pile leg, the arc type main pile leg is in an arc shape, the cross section of the arc type main pile leg is shuttle-shaped, the shuttle-shaped cross section is divided into a long axis anda short axis, when an ice sheet acts on the arc type pile leg in parallel to the cross-section short-axis direction, the ice sheet is forced to generate a bending failure mode, and when the ice sheetacts on the arc type pile leg in parallel to the cross-section long-axis direction, a tip forms an anti-icing mode of cutting the ice sheet by an ice breaking blade.

The invention relates to a data transmission method and device. The method comprises the steps of obtaining a target sample space, wherein the target sample space comprises sample data of a plurality of position points of a history path of a vehicle, and the sample data of each position point comprises a vehicle azimuth angle of the position point; determining discrete degree of the target sample space according to the vehicle azimuth angles, wherein the discrete degree is used for indicating bending degree of the history path; determining representative position points from the plurality of position points, wherein the representative position points are used for representing the history path of the vehicle; and sending the sample data of the representative position points to a target terminal. In this mode, the motion track of the vehicle can be positioned relatively precisely, the message transmission load can be reduced to the greatest extent, the packet loss problem resulting from message collision can be avoided, the realization of an upper layer application set can be supported well, and the secure driving between vehicles can be ensured to the greatest extent.

Embodiments may include systems, apparatus, and methods for direct onscreen computer system or software navigation and guidance without the need for direct user computer access or control, or the download of any additional software, thereby enabling such navigation and guidance without the risk of exposure of sensitive information from the user device.

The present invention provides a method and device for determining the contact condition of a circular cutting edge tool based on cutting force. The method includes: Step 1. Establishing a geometric model of the dead zone in the cutting process of the circular cutting edge tool, describing the contact behavior and contact nodes at the circular cutting edge; Step 1- 1. In the cutting process of the circular edge tool, describe the complete plowing process, and establish the dead zone geometric model; step 1-2. Determine the key contact node S 1 , S 3 The position of ; Step 1‑3. Determine the contact node S 2 Contact features at the position; Step 2. Establish cutting force model based on contact behavior; Step 2-1. Establish contact stress distribution model based on contact nodes; Step 2-2. Establish cutting force model based on contact stress; Step 3. Based on cutting force The data determine the unknown parameters of the cutting model; Step 3. Determine the unknown parameters of the cutting model based on the cutting force data. The invention solves the problem that the cutting force model ignores the cutting edge radius, and can accurately and effectively determine the real contact condition of the circular cutting edge tool.