The principles of neural control are largely similar to the principles of the brain and the nervous system of man

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their reliable testing in the conditions of obstacles and incomplete awareness of changing production conditions.

Table 1 Software development of the touch platform mobile system

In connection with the rapid development of neuro computers and neural network technologies, it became possible to create fourth-generation robots - robots with neural control systems. The principles of neural control are largely similar to the principles of the brain and the nervous system of man. Such systems do not program in advance. They are trained and self- organized to solve various motor, information and intellectual tasks [5].

An intelligent robot is a robot whose control program can be fully or partially automatically generated according to the task set and depending on the state of the working environment. It was the desire to replace a person with hard and dangerous jobs that gave rise to the idea of a robot, then the first attempts to implement it (in the middle ages) and, finally, led to the emergence and development of modern robotics and robotics. In the near future, there will surely be a few robots in every home house that will do all the domestic boring work. The introduction of robots in everyday life is becoming not only fashionable, but also useful.

Literature

1. Makarov I. M., Topcheev Yu.I. Robotics: History and Perspectives//M.: Science; MAI Publishing House, –2013. –P.349.

2. Isagulova J.R., Atanov S.K. ―Features of hardware implementation of information protection in microcontrollers of automatic control systems I International Scientific and Practical Conference‖ Information Security in the Light of the Strategy Kazakhstan - 2050‖, Astana, – September 2014, –P.302.

3. Atanov S.K., Moldamurat H. Microcontroller implementation of fuzzy logic in artificial intelligence systems//Bulletin of ENU named after L.N. Gumilyov, –2012, –P.226-228.

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2. . . // .: , –2010.//

https://sovzond.ru/products/spatial-data/satellites/

3. Samoylo K.A., Fedosova T.S. Criterionof disappearances of the regime cyclical fluctuations in the PLL// Izv. vuzov SSSR. Radioelektronika – Proc. of Higher Schoolof the USSR, Radioelectronics, –2012, –P. 147-155.

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