Logical Channel Prioritization for D2D Sidelink Resource Allocation

The patent segments the D2D communication data transmission by introducing logical channel prioritization, where different logical channels are assigned different priority levels. This segmentation allows the system to manage multiple data streams with different importance levels separately, resolving the complexity of priority management while maintaining efficient resource utilization across multiple user equipment.

The patent changes the parameter of channel priority assignment by introducing SL-LoCH Priority as a specific parameter that can be configured and adjusted. This parameter change enables dynamic priority management where the network can assign different priority values to different logical channels based on service requirements, thereby simplifying the overall priority management mechanism while improving resource utilization efficiency.

The patent applies partial action by implementing logical channel prioritization selectively rather than uniformly for all logical channels. The system performs LCP procedure for SL-LoCHs that require priority management while allowing other channels to use default mechanisms, thereby improving data transmission efficiency for critical channels without incurring processing overhead for all channels.

The patent applies local quality by assigning different priority management approaches to different logical channels based on their specific requirements. High-priority channels receive detailed LCP processing while lower-priority channels use simplified mechanisms, optimizing the balance between transmission efficiency and processing time through localized quality differentiation.