Kuona™ Frequency Ranging Algorithm

Kuona ( koo - orh - nah ) - 'to see' - is the world's only frequency matching or network assimilation algorithm. All forms of network intrusion can be mitigated by network encyption, such as the Xerqon Pty Ltd 'Quantum VPN'™, in this Centreweave Pty Ltd blog site.

The network may be the carrier network (carrier wave) or the streaming object (content). Legacy software operates on carrier waves or networks - each of natural number frequency.

// f = frequency,

(1) x/2 * Pi //

(2) f [ i ] < f [ c ] < f [ n + 1 ] ,

(3) f [ c ] = f [ i + n ] - f [ i ]

(4) a [ c ] = a [ i + n ] - a [ i ]

(5) A [ c ] = a [ c ] * sin ^ 2 ( 2 * Pi * f [ c ] ) ,

(6) from 2, a [ c ] * sin ^ 2 ( f [ i + n ] - f [ i ] )

(7) A [ c ] = a [ c ] ^ 2 - ( x [ i + n ] - x [ i ] ) ^ 2

(6) and (7) are two versions of the same function. (6) is the sinusoidal version of the function. (7) is the circular function version, which generates a positively peaked, variable semicircle, from the x-axis to the upper value of "a [ c ]". (4) is the set of coefficents to enable quantum network assimilation - or amplification assimilation.

"i" should be variable, and the search registers when spikes of amplifcattion occur. The event represent the acquisition of a frequency. "n" should be a natural number. "i + n" must be a significant enought subset of the 2 ^ 32 natural number set of noisefloor to scan the entire universal, noisefloor set to the precision required to acquire frequencies to the precsion of 10 ^ -3. That is the limit of Microsoft's digital prescribed programming precsion. (Analogue fractions or traditional fractions offer infinite precision.)

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