DATA TRANSMISSION METHOD AND COMMUNICATION APPARATUS

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DATA TRANSMISSION METHOD AND COMMUNICATION APPARATUS - A simplified explanation of the abstract

This abstract first appeared for US patent application 18664877 titled 'DATA TRANSMISSION METHOD AND COMMUNICATION APPARATUS

Simplified Explanation: The patent application describes a data transmission method where a first apparatus monitors second data on a second resource associated with the first resource after sending first data on the first resource. This direct monitoring helps reduce power consumption.

The first apparatus sends first data on a first resource.
It then monitors second data on a second resource linked to the first resource.
Direct monitoring of the second data helps avoid power consumption caused by blind detection or detection based on a DRX function.
This method ultimately reduces power consumption of the first apparatus.

Key Features and Innovation:

Direct monitoring of second data on an associated resource reduces power consumption.
Avoids power consumption caused by blind detection or DRX function.
Enhances efficiency of data transmission processes.
Improves overall power management of the first apparatus.

Potential Applications: This technology can be applied in:

Wireless communication systems.
Internet of Things (IoT) devices.
Mobile devices.
Network infrastructure.
Power-sensitive environments.

Problems Solved:

Power consumption caused by blind detection.
Power consumption due to detection based on a DRX function.
Inefficient power management in data transmission.

Benefits:

Reduced power consumption.
Improved efficiency in data transmission.
Enhanced power management capabilities.
Extended battery life for devices.

Commercial Applications: Potential commercial uses include:

Wireless communication technologies.
IoT device manufacturers.
Mobile device companies.
Network infrastructure providers.
Power management solution developers.

Questions about Data Transmission Method: 1. How does direct monitoring of second data on an associated resource help reduce power consumption? 2. What are the specific benefits of avoiding power consumption caused by blind detection or DRX function?

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Original Abstract Submitted

A data transmission method comprising: after sending first data on a first resource, a first apparatus may monitor second data on a second resource associated with the first resource. In other words, because the second resource is associated with the first resource, the first apparatus directly monitors the second data on the second resource, so that power consumption caused by blind detection can be avoided, or power consumption caused by detection based on a DRX function can be avoided, thereby reducing power consumption of the first apparatus.