Lg electronics inc. (20240349101). CONFIGURATION OF MEASUREMENT GAP simplified abstract
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CONFIGURATION OF MEASUREMENT GAP
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CONFIGURATION OF MEASUREMENT GAP - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240349101 titled 'CONFIGURATION OF MEASUREMENT GAP
The patent application describes a method for radio communication by user equipment, involving dual connectivity with both a primary cell and a primary secondary cell, and the transmission of timing offsets based on propagation delays of non-terrestrial network satellites.
- Method for radio communication by user equipment
- Dual connectivity with primary cell and primary secondary cell
- Transmission of timing offsets based on propagation delays of non-terrestrial network satellites
- Utilization of measurement gaps for primary cell and primary secondary cell
- Configuration of measurement gaps based on timing offset
Potential Applications: - Telecommunications industry for improved radio communication - Satellite communication systems for enhanced connectivity - Mobile network infrastructure for optimized performance
Problems Solved: - Addressing propagation delays in non-terrestrial network satellite communication - Enhancing synchronization between primary and secondary cells - Improving efficiency of radio communication in dual connectivity scenarios
Benefits: - Enhanced reliability and performance of radio communication - Reduced interference and latency in network connections - Improved overall user experience with seamless connectivity
Commercial Applications: Title: "Enhanced Radio Communication Method for Telecommunications Industry" This technology can be applied in: - Mobile network operators for improved network performance - Satellite communication providers for enhanced connectivity services - Telecommunication equipment manufacturers for developing advanced radio communication solutions
Questions about Radio Communication Method: 1. How does the method of dual connectivity improve radio communication performance? - The method of dual connectivity allows user equipment to establish connections with both a primary cell and a primary secondary cell, optimizing network performance and reliability.
2. What are the key benefits of utilizing non-terrestrial network satellites in radio communication? - Non-terrestrial network satellites provide global coverage and low latency, enhancing the reach and efficiency of radio communication systems.
Original Abstract Submitted
a disclosure of this specification provides a method for radio communication, performed by user equipment (ue), comprising: establishing a dual connectivity (dc) with both a primary cell (pcell) and a primary secondary cell (pscell); determining i) a first propagation delay of a first non-terrestrial network (ntn) satellite for the pscell, ii) a second propagation delay of a second ntn satellite for a target cell and iii) a third propagation delay of a third ntn satellite for the pcell; transmitting, to pcell, a timing offset for the pscell based on i) the first propagation delay, ii) the second propagation delay and iii) the third propagation delay; receiving, from the pcell, a first mg (measurement gap) for the pcell and a second mg for the pscell, wherein the second mg configuration is based on the timing offset.
