18147509. Method for Adjusting Sending Rate in Near Field Communication Scenario, Apparatus, and System simplified abstract (Huawei Technologies Co., Ltd.)
Contents
Method for Adjusting Sending Rate in Near Field Communication Scenario, Apparatus, and System
Organization Name
Inventor(s)
Method for Adjusting Sending Rate in Near Field Communication Scenario, Apparatus, and System - A simplified explanation of the abstract
This abstract first appeared for US patent application 18147509 titled 'Method for Adjusting Sending Rate in Near Field Communication Scenario, Apparatus, and System
Simplified Explanation
The abstract describes a method for adjusting the sending rate in a near-field communication scenario. This involves obtaining transport layer information, physical layer channel information of the transmit link, and physical layer channel information of the receive link. The sending rate of the transport layer is then adjusted based on this information.
- The method is used in a near-field communication scenario.
- It involves obtaining transport layer information of the connection between the sending and receiving devices.
- It also involves obtaining physical layer channel information of the transmit link and receive link.
- The sending rate of the transport layer is adjusted based on the obtained information.
Potential Applications
- Near-field communication technologies
- Wireless data transfer
- Internet of Things (IoT) devices
Problems Solved
- Ensures optimal sending rate in near-field communication scenarios
- Improves efficiency and reliability of data transfer
- Reduces potential data loss or delays
Benefits
- Enhanced performance and reliability of near-field communication
- Efficient utilization of available channel capacity
- Improved user experience in wireless data transfer
Original Abstract Submitted
A method for adjusting a sending rate in a near-field communication scenario includes obtaining, by a sending device, transport layer information of a connection between the sending device and a receiving device, physical layer channel information of a transmit link on which the sending device is located, and physical layer channel information of a receive link on which a receiving device of the data is located, and adjusting a sending rate of a transport layer of the sending device based on the transport layer information, the physical layer channel information of the transmit link, and the physical layer channel information of the receive link.
