Remote Driving Video Encoding for Wireless Handover Reliability

The patent implements dynamic adaptation of video encoding parameters based on real-time network conditions. The system monitors channel capacity and hand-over events, then adjusts encoding settings (such as bitrate, resolution, or frame rate) accordingly. This allows the system to maintain high transmission speed during stable connections while automatically reducing quality requirements during hand-over events to ensure reliable delivery within limited channel capacity.

The patent employs parameter changes in the video encoding process to adapt to varying network conditions. By modifying encoding parameters (such as quantization parameters, bitrate allocation, or resolution) based on real-time channel capacity assessment, the system achieves reliable video transmission without requiring increased physical channel capacity or complex network infrastructure upgrades.

The system dynamically adjusts the balance between delay and video quality based on network conditions and task requirements. During critical control moments or when network conditions permit, the system can use more reference frames for higher quality encoding. During hand-over events or when low latency is critical, it switches to ultra-low delay mode with fewer reference frames, accepting temporary quality reduction for the sake of responsiveness.