Nokia technologies oy (20240341004). METHOD FOR CELL DTX AND CELL DRX NEGOTIATION simplified abstract
Contents
METHOD FOR CELL DTX AND CELL DRX NEGOTIATION
Organization Name
Inventor(s)
Daniela Laselva of Aalborg (DK)
Sankaran Balasubramaniam of Bangalore (IN)
METHOD FOR CELL DTX AND CELL DRX NEGOTIATION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240341004 titled 'METHOD FOR CELL DTX AND CELL DRX NEGOTIATION
The method described in the abstract involves receiving information about discontinuous transmission (DTX) and/or discontinuous reception (DRX) patterns used by a second access network element, determining conflicts with DTX and/or DRX patterns used by a first access network element, providing coordination parameters, and receiving updated information related to the second cell DTX and/or DRX pattern.
- Receiving information about DTX and/or DRX patterns used by a second access network element
- Determining conflicts with DTX and/or DRX patterns used by a first access network element
- Providing coordination parameters such as pattern density, preference for cell DTX and/or DRX patterns, and characteristics indicating power and antenna characteristics
- Receiving updated information in relation to updates of the second cell DTX and/or DRX pattern
Potential Applications: - Optimization of network resources - Enhanced coordination between access network elements - Improved efficiency in wireless communication systems
Problems Solved: - Conflicts in DTX and DRX patterns between different access network elements - Lack of coordination leading to inefficient resource allocation - Difficulty in managing power and antenna characteristics in wireless networks
Benefits: - Increased network efficiency - Better utilization of resources - Enhanced overall performance of wireless communication systems
Commercial Applications: Title: "Wireless Network Resource Optimization System" This technology can be applied in telecommunications companies, network infrastructure providers, and IoT device manufacturers to improve network performance and resource allocation.
Questions about the technology: 1. How does this method improve the efficiency of wireless communication systems? 2. What are the key parameters that need to be considered for effective coordination between access network elements?
Original Abstract Submitted
a method comprising, receiving at a first access network element or function serving at least one first radio cell, information about at least one second cell discontinuous transmission, dtx, and/or discontinuous reception, drx, pattern used by a second access network element or function; based on the received information, determining a conflict with at least one first cell dtx and/or drx pattern used by the first access network element or function; providing coordination parameters comprising at least one of a pattern density parameter, a preference parameter indicating a preference with respect to a usage of at least one cell dtx and/or drx pattern, or a characteristics parameter indicating a power and/or antenna characteristics; and receiving updated information in relation to an update of the at least one second cell dtx and/or drx pattern.
