18562265. FALLBACK CONDITION FROM TRP-SPECIFIC BFR TO CELL-SPECIFIC BFR simplified abstract (QUALCOMM Incorporated)
Contents
FALLBACK CONDITION FROM TRP-SPECIFIC BFR TO CELL-SPECIFIC BFR
Organization Name
Inventor(s)
Linhai He of San Diego CA (US)
FALLBACK CONDITION FROM TRP-SPECIFIC BFR TO CELL-SPECIFIC BFR - A simplified explanation of the abstract
This abstract first appeared for US patent application 18562265 titled 'FALLBACK CONDITION FROM TRP-SPECIFIC BFR TO CELL-SPECIFIC BFR
The abstract describes a configuration for transitioning from a TRP-specific BFR to a cell-specific BFR in the event of beam failures in a cell.
- The apparatus is designed to handle both TRP-specific and cell-specific BFR procedures.
- It can detect beam failures at specific TRPs within a cell.
- The apparatus can initiate the cell-specific BFR procedure based on the detected beam failures.
Potential Applications: - Telecommunications networks - Satellite communication systems - Wireless communication technologies
Problems Solved: - Efficiently managing beam failures in a cell - Ensuring seamless communication during failures
Benefits: - Improved reliability in communication networks - Enhanced fault tolerance capabilities - Minimized service disruptions
Commercial Applications: Title: "Enhanced Fault Tolerance System for Communication Networks" This technology can be utilized by telecommunications companies to enhance the reliability of their networks, ensuring uninterrupted communication services for customers. It can also be integrated into satellite communication systems to improve fault tolerance and minimize service disruptions, ultimately leading to better customer satisfaction and retention.
Questions about the technology: 1. How does the apparatus differentiate between TRP-specific and cell-specific BFR procedures?
- The apparatus is programmed to detect beam failures at specific TRPs within a cell and initiate the appropriate procedure based on the location of the failure.
2. What are the key advantages of transitioning to a cell-specific BFR from a TRP-specific BFR?
- Transitioning to a cell-specific BFR allows for more targeted and efficient handling of beam failures within a cell, improving overall network reliability and fault tolerance.
Original Abstract Submitted
A configuration for fallback condition from TRP-specific BFR to cell-specific BFR. The apparatus receives a configuration for a cell-specific BFR procedure and a TRP-specific BFR procedure. The apparatus detects a first beam failure at a first TRP of a cell. The apparatus detects a second beam failure at a second TRP of the cell. The apparatus initiates the cell-specific BFR procedure based at least on the first beam failure at the first TRP or the second beam failure at the second BFR.
