The distorted output signal travels over a communication channel to a receiver circuit, which regenerates the input signal by amplifying the distorted output signal with a gain that is the inverse of the gain by which the distorted signal is generated.

The self-jamming interference may be mitigated utilizing the distorted signal through adaptive cancellation.

A data signal is transmitted along the acoustic channel and detected as a distorted signal along the acoustic channel by a receiver (50).

The first and second comparators compare a radio -frequenc signal carrying the phase information of the base-band signal with the pre-distorted signal and an inverted copy of the pre-distortion signal respectively.

When this distorted signal gets to the brain, the brain interprets it as a noise which is Tinnitus.

The distorted signal is input to the adaptive transmitter controller which, based on the detected signal, modifies later transmissions to counteract the distorting effects of the transmitter and the acoustic channel.

You can see the warped signal in blue compared to what it should be in orange.

The distorted signal is then digitized by an A/D convertor (36) and transformed to the frequency domain by means of a fast Fourier transform (38).