Resource Pool Configuration for Redcap Sidelink Bandwidth

The patent applies local quality by configuring resource pools with different frequency domain bandwidths according to the specific capability requirements of different terminal types. For Redcap terminals, resource pools with bandwidth within their capability range are configured, while other terminal types can access resource pools with larger bandwidths. This localized adaptation ensures each terminal type receives appropriate resource configuration matching its capabilities.

The patent implements dynamics by enabling flexible configuration of resource pool bandwidths based on terminal capabilities. The system can dynamically adjust which resource pools are configured for which terminal types, allowing the network to adapt resource allocation in real-time based on the terminal's bandwidth capability, thus resolving the contradiction between providing high data rate and maintaining compatibility.

The patent applies universality by designing a unified resource pool configuration mechanism that serves multiple terminal types including Redcap terminals, MTC terminals, and NB-IoT terminals. The system can configure resource pools with appropriate bandwidths for different service requirements while maintaining a single, manageable configuration framework, thus achieving high performance without proportionally increasing device complexity.

The patent utilizes parameter changes by adjusting the frequency domain bandwidth parameter of resource pools to match the capabilities and service requirements of different terminal types. By dynamically changing this key parameter based on terminal capability and service needs, the system achieves both high data rates for video monitoring and simplicity for IoT devices without requiring fundamentally different terminal architectures.

The patent applies local quality by matching resource pool bandwidth configuration to the specific capabilities and needs of individual terminal types. Redcap terminals receive resource pools configured within their bandwidth capability range, allowing them to operate at appropriate data rates without attempting to process bandwidths they cannot handle, thus avoiding unnecessary power consumption while still meeting their service requirements.

The patent implements partial action by configuring resource pools with bandwidths that are sufficient for the terminal's capability and service needs, rather than always providing maximum bandwidth. This partial configuration approach ensures that terminals operate within their efficient performance ranges, avoiding the excessive power consumption that would result from attempting to process beyond their capability limits while still achieving the required data rates for their applications.