The methods of design of digital fault-tolerant bipolar integrated circuits to exposure to radiations such as gamma, x-ray and neutron radiation are considered, as well as the impact of the neutron pulse, which af-fect largely on the gain of the transistor. The operating mode of integrated circuits with change in the ini-tial values of voltages, as well as currents of the emitter and of the base is presented. Numerical calcula-tions of the ionization current in the base-collector junction are considered which allow pre-calculate dose rate of gamma, x-ray and neutron radiation.

In this paper the method most suitable for existing low-frequency signal processing removed from the human cerebral cortex and sign algorithm, built on the basis of Daubechies wavelets

The article discusses the modified algorithms wavelet transform Daubechies and Morlaix for low-frequency signal pro-cessing and carried their modular the combined optimization

Developed models and algorithms for the analysis and processing of LF signals on the basis of a linear discrete-time filter that minimize various interference and noise in the LF signal

The article discusses the developed algorithm based on wavelet transform Daubechies and Morlaix for analysis of low-frequency signals and presents a method of rational choice of control algorithms for low-frequency signals intellectual trainer