US Patent Application 18352832. PDCCH REPETITION TRANSMISSION CONFIGURATION METHOD AND RELATED APPARATUS simplified abstract
Contents
PDCCH REPETITION TRANSMISSION CONFIGURATION METHOD AND RELATED APPARATUS
Organization Name
Inventor(s)
PDCCH REPETITION TRANSMISSION CONFIGURATION METHOD AND RELATED APPARATUS - A simplified explanation of the abstract
This abstract first appeared for US patent application 18352832 titled 'PDCCH REPETITION TRANSMISSION CONFIGURATION METHOD AND RELATED APPARATUS
Simplified Explanation
The patent application describes a terminal device that receives a message related to PDCCH repetition transmission and parses it. The message includes a configuration for determining multiple groups of PDCCH candidate sequences. Each group consists of several PDCCH candidates that are used to send the same downlink control information. The PDCCH candidates in each group are located on different symbols. The PDCCH candidates in the groups meet a specific condition.
- Terminal device receives and parses a message related to PDCCH repetition transmission.
- The message contains a configuration for determining multiple groups of PDCCH candidate sequences.
- Each group consists of several PDCCH candidates.
- The PDCCH candidates in each group are used to send the same downlink control information.
- The PDCCH candidates in each group are located on different symbols.
- The PDCCH candidates in the groups meet a specific condition.
Original Abstract Submitted
A terminal device receives a first message, and parses the first message. The first message includes a configuration that is related to PDCCH repetition transmission, and the configuration is related to the PDCCH repetition transmission is for determining M groups of PDCCH candidate sequences. Each group of PDCCH candidate sequences includes K PDCCH candidates, the K PDCCH candidates are for sending same downlink control information, and the K PDCCH candidates included in each group of PDCCH candidate sequences are separately located on different symbols. A PDCCH candidate in the M groups of PDCCH candidate sequences meets a first condition.
