Receiving Device Buffer Status Reporting for Wireless Throughput

The patent applies dynamics by enabling dynamic adjustment of buffer area sizes based on real-time communication conditions. The receiving device reports its buffer status, and the base station adjusts the buffer area allocation dynamically. When buffer overflow is detected or predicted, the buffer area is enlarged; when buffer status is healthy, the buffer area is reduced, thus adapting buffer size to actual needs rather than using a fixed small size

The patent implements feedback through the receiving device reporting its buffer status to the base station. The base station uses this feedback information to adjust the buffer area allocation for each base station. This closed-loop feedback mechanism ensures that buffer size is continuously optimized based on actual reception conditions, preventing overflow while avoiding unnecessary resource consumption

The system dynamically adjusts buffer area sizes based on real-time conditions rather than using a fixed large size. When communication conditions are stable and overflow is unlikely, the buffer area is reduced to save memory resources. When overflow risk is detected through feedback, the buffer area is temporarily enlarged to ensure reliability, thus optimizing the balance between memory usage and overflow prevention

The patent changes the buffer area parameter dynamically based on buffer status reports. The base station modifies the buffer area size as a variable parameter rather than keeping it fixed. This parameter adjustment allows the system to allocate memory resources efficiently - using larger buffers only when necessary to prevent overflow, and reducing buffer size when conditions permit, thereby avoiding wasted memory resources