Control of an actuator in the motion prosthetics device by signals of biological nervous system

The problem of realization of interaction of an actuator with nervous system of a live organism in devices of motion prosthetics is described. The signal of a nervous cell, ways of coding of information in it and problems of modelling of these processes is considered by mathematical methods and means of the personal computer. Processing, storages and information transfers by spiking neuron and network on their basis, and also studying of the basic principles of functioning of a neural cage where the electric impulse is used for coding and information transfer is analysed. The possibility of creation of the encoder of information for signalling, registered by means of a superficial electromyography or directly invasive way, to an actuator of a bionic artificial limb on the basis of spiking neural network is considered. Realization of such system on FPGA is proved.