Iterative Interference Cancellation for More Addressable Interferers

The patent applies preliminary action by performing initial control message decoding before interference mitigation, but recognizes this limitation prevents addressing interferers at cell edges. The iterative approach then performs additional decoding attempts using updated signal estimates, effectively performing the action of expanding the addressable interferer set after the preliminary step has been completed.

The patent implements feedback by using the results of initial interference mitigation to improve subsequent control message decoding attempts. The signal estimates from the first iteration are fed back into the decoding process, allowing the receiver to successfully decode control messages from additional interferers that were initially undecodable, thereby expanding the set of addressable interferers.

The patent applies dynamics by implementing an iterative receiver process that dynamically adjusts the set of addressable interferers based on decoding success. Rather than using a fixed set determined by initial decoding, the system iteratively refines the signal estimates and attempts to decode additional control messages, allowing the receiver configuration to adapt and expand as the process progresses.

The patent implements continuity of useful action by maintaining the iterative receiver process that continuously attempts to decode control messages from additional interferers. Instead of performing a single decoding attempt and stopping, the system continues to refine estimates and attempt decoding across multiple iterations, keeping the useful action of interference mitigation continuous and improving throughout the process.