Radio Access Point Resource Management via Restriction Lists
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Solution Overview
Problem
Conventional resource management methods in wireless communication systems are inadequate for handling scenarios where a user equipment (UE) interacts with two or more radio access points, as they are designed for single-point interactions, and fail to manage resources effectively across multiple access points, particularly in diversified wireless communication systems.
Innovation Solution
A radio resource management method that involves receiving measurement reports from terminals, selecting and requesting service from another radio access point based on Handover Restriction Lists (HRL), and managing resources using Resource Restriction Lists (RRL) to control interactions and resource allocation across multiple radio access points.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If conventional resource management methods are used for single-point interactions, then resource management is simple, but resource management becomes inadequate when UE interacts with multiple radio access points
Solution Approach 1:
The patent segments resource management into two distinct components: Handover Restriction Lists (HRL) for mobility management and Resource Restriction Lists (RRL) for resource management. This segmentation allows each component to handle specific aspects independently, enabling multi-access point resource management without creating a completely complex new system. The HRL manages which access points a UE can move to, while the RRL manages resource allocation across multiple access points, resolving the contradiction by adding adaptability through structured division of management functions.
2Productivity
If resource restriction lists are implemented to manage multiple access points, then resource utilization improves, but system complexity increases
Solution Approach 1:
The Resource Restriction List (RRL) is designed as a universal mechanism that can be applied across multiple radio access points and different UE contexts. Rather than creating separate management structures for each access point or scenario, the RRL provides a multi-functional framework that handles resource allocation, restriction, and coordination uniformly. This universal approach improves resource utilization efficiency across the entire network while avoiding the proliferation of separate complex management systems for each access point.
3Measurement precision
If mobility management and resource management are handled separately, then resource management precision improves, but processing overhead increases
Solution Approach 1:
The patent introduces the Resource Restriction List (RRL) as an intermediary structure that bridges mobility management and resource management. The RRL receives inputs from both HRL (mobility aspect) and resource allocation requirements, then coordinates resource allocation across multiple access points based on both mobility constraints and resource availability. This intermediary approach enables precise resource management by considering both mobility and resource factors simultaneously, while avoiding the need for separate complex processing chains that would increase overhead.
Data Source
AI summary
A resource management method and apparatus allows or restricts use of some or all of the resources of entities of a wireless communication system. A radio resource management method of a radio access point includes receiving a measurement report from a terminal, selecting another radio access point for serving the terminal in cooperation with the serving radio access point based on the measurement report and a Handover Restriction List (HRL), and transmitting a request for serving the terminal to the selected another radio access point.


