Nonlinear dynamic block substitution methods.

The method of the present invention replaces any of the nn-bits of nn-bit binary numerals 2n with non-coded single-blinked blur n-bit binary numbers. Equation 2n forms a first matrix, each of the equations being composed of 2 n-coded speech blades and 2n n-bit numbers, respectively, to form anchored interim individual n-bit blur. In the first matrix containing equation 2, all equations are also the sum of the sum of any number of equations of equations in the first matrix. In the first matrix containing the equation 2n, many of the equations 2n-1 of the non-yarn equation are constructed to produce a matrix composed of a 2n equation. The modifiers are executed, the thermogenic modifier equations together form the codeword blocks to equal the individual n-bit intermediate blobs than the corresponding modifier equations, but in each other, so the individual modifier equations are not the sum of any number of equations of any unmodified first set. The sum of the sum of the 2n n-bit numbers from the 2n n-bit number of each non-coded text is calculated by the corresponding equation of the second matrix containing the equation 2 and producing the coded factor. ŕ The sum of the sum of the 2n n-bit numbers from the 2n n-bit number of each non-coded text is calculated by the corresponding equation of the second matrix containing the equation 2 and producing the coded factor. ŕ The sum of the sum of the 2n n-bit numbers from the 2n n-bit number of each non-coded text is calculated by the corresponding equation of the second matrix containing the equation 2 and producing the coded factor. ŕ