Abstract This paper addresses the equations necessary to evaluate the required samplingfrequency as a function of the ratio of amplitudes between the clock frequencies and thefrequencies that are modulated onto the respective clock frequencies. A key ingredient thatis also involved in the appropriate selection of the sampling frequency is the base bandnoise level that is indicated for each of the channels that are provided in the protocol fromthe information providers. By using the techniques associated with thermal signature andimaging processing, one is able to use a multiplicity of Fast Fourier Transforms to subtractout images from background and noise and to recreate the image in a clean and noise freeenvironment. In so doing one is able to maintain the image without subjection to outsidedisturbance or distress. Introduction As I have indicated in my paper, Verisimilitude-Homodyne Laser Transmitter - Receiver, this laser transmitter and receiver will have the ability to transmit and receive