Signal Acquisition or Wave Search Algorithm

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To track a wave, you must track its most important variable. That is the wave's angular constant. The equation below will search for that constant by generating a variable standing wave. It is a regular constant wave - periodically shifting its angle of propagation to form new standing waves, in succession. When wave propagation angles match, in the variable, search wave and the target, transmitted wave, maximum attenuation of from wave superposition will occur.

A [s] = search wave

A [t] = target wave

A [p] = superposition wave

m = 1

n = 2 ^ 32

t = i

∑ i , i = m, i = n

A [s] = Sin ^ 2 ( ω * i )

A [t] = Sin ^ 2 ( ω* n )

A [p] = Sin ^ 2 ( ω * i ) + Sin ^ 2 ( ω* n )

For A [p], the individual wave of the wave expression, Sin ^ 2 ( ω* n * t ), will double in amplification. It will be a greater power than the others by a ratio of 2:1, minimum. That is wave acquisition. Individual wave channels are required, for the amplified waves. They must be eliminated one by one, depending on what audio information is being broadcast on that channel. There is a scanning instrument which assists the elimination portion, similarly already - an analogue radio.

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