eng Science and Education Publishing American Journal of Numerical Analysis 2328-7292 2014-02-19 2 2 29 34 10.12691/ajna-2-2-1 AJNA2014221 article P.M. Mazurkin kaf_po@mail.ru 1 Doctor of Engineering Science, Professor, Academician of RANS, member of EANS, Volga Region State Technological University, Russia We adhere to the concepts of Descartes, the need to apply algebraic equations directly as a final decision. The concept of wavelet signal allows to abstract from an unknown number of primes of a physical quantity. Any number of primes can be decomposed into a finite set of asymmetric wavelets with variable amplitude and frequency. For example, taken a number of A000040. The first term of the total number of model A000040 according to the law of exponential growth is the contribution of the absolute error 97,53 %. The first member of the general model of a number of A000040 on the law of exponential growth is the contribution of the absolute error 97,53 %. The remaining 35 wavelets amount to a total of 2.47 %. But their influence on the number of primes very significant. It is proved that any type of fnite-dimensional number of primes can be decomposed into a fnite-dimensional set of asymmetric wavelets with variable amplitude and frequency of oscillatory perturbations. http://pubs.sciepub.com/ajna/2/2/1/ajna-2-2-1.pdf prime numbers the family of wavelets fractal levels