Convolutional DRFM Jamming for Dense False Radar Targets

The patent segments the memory playback process by dividing it into multiple parallel playback channels. Each channel can independently play out memory contents with different delay times, allowing simultaneous generation of multiple false targets. This segmentation transforms the sequential playback limitation into parallel processing capability, directly increasing the number of false targets without proportionally increasing overall system complexity.

The patent introduces a time dimension by implementing different delay times for each playback channel. Instead of simply playing back memory contents in sequence, the system uses multiple channels with staggered delays to create false targets at different range bins simultaneously. This dimensional approach allows the system to generate multiple false targets from the same memory contents without requiring proportional increases in memory capacity or processing power.

The patent applies preliminary action by pre-loading multiple waveforms into the memory buffer before playback begins. The system prepares all necessary waveform data in advance, allowing parallel playback channels to operate simultaneously without waiting for previous waveforms to complete. This pre-preparation enables continuous high-rate false target generation while maintaining waveform integrity through proper buffer management and synchronization.

The patent implements continuity of useful action by establishing overlapping playback windows where multiple waveforms are played out simultaneously in different channels. Instead of waiting for one waveform to complete before starting the next, the system maintains continuous playback across multiple channels with carefully managed timing and delay variations. This continuous parallel operation maximizes productivity while preserving waveform accuracy through synchronized playback control.