Dynamic HARQ Process Quantity Adjustment for Wireless Communication

The patent applies dynamics by making the quantity of active HARQ processes changeable rather than fixed. The network entity dynamically configures the number of active HARQ processes based on operating band and subcarrier spacing conditions, allowing the system to adapt to varying wireless communication requirements while maintaining manageable complexity through controlled dynamic adjustment.

The patent implements parameter changes by modifying the HARQ process quantity parameter according to operating conditions. The network entity adjusts the number of active HARQ processes as a configurable parameter based on the specific operating band and subcarrier spacing, enabling the system to optimize performance for different wireless environments without requiring complete system redesign.

The patent applies local quality by implementing limited buffer rate matching on a per-HARQ-process basis rather than using a uniform buffer management approach. Each active HARQ process is allocated a specific buffer size tailored to its requirements, allowing the system to maintain adequate reliability for each process while reducing overall buffer management time through localized, targeted buffer allocation.

The patent implements segmentation by dividing the buffer management into separate, independent buffer allocations for each HARQ process. This segmentation allows the system to manage buffers independently for each process, reducing the complexity and time required for overall buffer management while ensuring each process has sufficient buffering capacity for reliable operation.