D2D Data Transmission Priority Mapping via Logical Channel Segmentation

The patent segments the single logical channel into multiple logical channels based on data priority levels. Each logical channel is assigned to handle data with specific priority characteristics, enabling differentiated processing. This segmentation resolves the contradiction by maintaining simple device structure through standardized channel interfaces while achieving efficient data processing through priority-based channel assignment.

The patent applies local quality by assigning different characteristics to different parts of the data transmission system. Specifically, high-priority data (e.g., voice data) is assigned to high-priority logical channels with appropriate quality of service parameters, while low-priority data (e.g., file transfer data) is assigned to low-priority logical channels. This ensures that each data type receives appropriate processing quality without requiring complete system redesign.

The patent segments transmission resources into multiple logical channels with distinct priority levels. The network device configures and indicates these logical channels to user equipment, maintaining ease of operation through automated configuration and indication mechanisms. Meanwhile, reliability is ensured by guaranteeing that high-priority data is transmitted on dedicated high-priority channels with appropriate resource allocation and quality of service parameters.

The patent implements feedback mechanisms where the network device configures logical channels and provides indications to user equipment about which logical channels to use for specific data types. This feedback loop ensures that user equipment correctly maps data to appropriate logical channels, maintaining both ease of operation through automated management and reliability through correct priority-based routing.