Nokia technologies oy (20240340718). RANDOM ACCESS CONFUSION AVOIDANCE simplified abstract
Contents
RANDOM ACCESS CONFUSION AVOIDANCE
Organization Name
Inventor(s)
Panagiotis Spapis of Munich (DE)
Sanjay Goyal of Denville NJ (US)
Ali Karimidehkordi of München (DE)
[[:Category:Halit Murat G�rsu of München (DE)|Halit Murat G�rsu of München (DE)]][[Category:Halit Murat G�rsu of München (DE)]]
RANDOM ACCESS CONFUSION AVOIDANCE - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240340718 titled 'RANDOM ACCESS CONFUSION AVOIDANCE
The abstract of a patent application describes a user equipment apparatus that includes processors and memory storing instructions. When executed, these instructions cause the apparatus to prepare for timing advance acquisition for a candidate target cell, prepare for handover to the candidate target cell, identify contention-free random access resources for the acquisition and handover, and use the same or different resources for each operation.
- The user equipment apparatus prepares for timing advance acquisition and handover to a candidate target cell.
- It identifies contention-free random access resources for these operations.
- It uses the same resource for both timing advance acquisition and handover if available.
- If different resources are needed, it allocates them accordingly for each operation.
Potential Applications: This technology can be applied in cellular networks to improve handover procedures and optimize resource allocation for better network performance.
Problems Solved: This technology addresses the challenges of efficient timing advance acquisition and handover in cellular communication systems.
Benefits: The use of contention-free random access resources enhances the efficiency and reliability of timing advance acquisition and handover processes, leading to improved network performance.
Commercial Applications: This technology can be valuable for telecommunications companies looking to enhance the reliability and efficiency of their network handover procedures, ultimately improving customer satisfaction and network performance.
Questions about the technology: 1. How does this technology improve the efficiency of timing advance acquisition and handover processes in cellular networks? 2. What are the potential implications of using contention-free random access resources for these operations in terms of network performance and reliability?
Original Abstract Submitted
a user equipment apparatus (ue) includes processor(s) and memory storing instructions. the instructions, when executed by the processor(s), cause the ue to: prepare for timing advance (ta) acquisition for a candidate target cell; prepare for handover to the candidate target cell; identify at least one contention-free random access (cfra) resource for the ta acquisition and for the handover; in case the cfra resource(s) include a same cfra resource for the ta acquisition and for the handover, use the same cfra resource for the ta acquisition and for the handover; and in case the cfra resource(s) include a first cfra resource for the ta acquisition and a second cfra resource for the handover, use the first cfra resource for the ta acquisition for the candidate target cell and use the second cfra resource for the handover to the candidate target cell.
