FEC Decoder Bypass for Power Reduction in Wireless Receivers

The patent applies preliminary action by performing channel quality assessment and decoding probability prediction before initiating FEC decoding. The receiver evaluates channel conditions and predicts whether decoding is likely to succeed, then selectively enables or disables the FEC decoder based on this prediction. This prevents unnecessary decoding operations in poor channel conditions, significantly reducing power consumption while maintaining decoding reliability when conditions are favorable.

The patent implements dynamics by making the FEC decoder operation dynamic rather than static. The receiver continuously monitors channel quality metrics and adjusts the decoding operation state in real-time based on current conditions. When channel quality deteriorates below a threshold, the system dynamically switches from active decoding to a bypass state, adapting to changing signal conditions and avoiding inefficient resource utilization in poor signal environments.

The patent employs feedback mechanisms where the receiver continuously monitors channel quality metrics and uses this information to control FEC decoder operation. The system measures channel conditions, compares them against thresholds, and provides feedback to the decoding control logic to adjust operation accordingly. This closed-loop approach ensures that decoding is performed only when channel conditions support successful decoding, maintaining reliability while minimizing power consumption.