Apple inc. (20240323669). SCHEDULING RRC PROCESSING FOR A DUAL-SIM DUAL-ACTIVE UE simplified abstract
Contents
SCHEDULING RRC PROCESSING FOR A DUAL-SIM DUAL-ACTIVE UE
Organization Name
Inventor(s)
SRIRANG A Lovlekar of FREMONT CA (US)
SHRINIDHI Ramachandra of Bangalore (IN)
SETHURAMAN Gurumoorthy of SAN RAMON CA (US)
B. RAJU A. N.v. of Bangalore (IN)
AHMED MOHAMED IBRAHIM Hassan of Munich (DE)
AMR ABDELRAHMAN YOUSEF A. Mostafa of Munich (DE)
SCHEDULING RRC PROCESSING FOR A DUAL-SIM DUAL-ACTIVE UE - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240323669 titled 'SCHEDULING RRC PROCESSING FOR A DUAL-SIM DUAL-ACTIVE UE
Simplified Explanation: The patent application describes methods and apparatuses for scheduling radio resource control processing for a dual-SIM dual-active user equipment connected to multiple networks.
- Dual-SIM dual-active user equipment receives requests to process RRC messages for different SIM cards from different networks.
- The equipment performs an arbitration decision to prioritize which RRC task to implement first.
Key Features and Innovation:
- Efficient scheduling of radio resource control processing for dual-SIM dual-active user equipment.
- Arbitration decision-making to prioritize RRC tasks for different SIM cards from multiple networks.
Potential Applications: This technology can be applied in mobile devices with dual-SIM functionality to optimize radio resource control processing.
Problems Solved:
- Efficient management of RRC tasks for dual-SIM dual-active user equipment.
- Prioritization of RRC processing for different SIM cards connected to multiple networks.
Benefits:
- Improved performance and resource utilization for dual-SIM devices.
- Enhanced user experience with optimized radio resource control processing.
Commercial Applications: Optimizing radio resource control processing in dual-SIM devices can lead to improved network efficiency and user satisfaction, making it attractive for mobile device manufacturers and network operators.
Questions about Dual-SIM Dual-Active User Equipment: 1. How does the arbitration decision process work in prioritizing RRC tasks for different SIM cards? 2. What are the potential challenges in implementing efficient radio resource control processing for dual-SIM dual-active user equipment?
Frequently Updated Research: Ongoing research in optimizing radio resource control processing for dual-SIM devices may focus on enhancing arbitration algorithms and improving resource allocation strategies.
Original Abstract Submitted
methods and apparatuses are disclosed for scheduling radio resource control (rrc) processing for a dual-sim dual-active (dsda) user equipment (ue) connected to a plurality of networks. in one example embodiment, a ue may be configured to implement operations including: receiving a request to process a first rrc message for a first rrc task for a first sim card from a first network; receiving a request to process a second rrc message for a second rrc task for a second sim card from a second network; and performing an arbitration decision to decide whether to prioritize the implementation of the first rrc task for the first sim card or the second rrc task for the second sim card.
