Microcontrollers

This course provides a systematic way of analyzing, designing and synthesizing intelligent processing systems based on the working principles of 8, 16 and 32bit microprocessors. Methods of organizing hardware, building and installing software for the problem of designing specialized microprocessors to serve the tasks of receiving, transmitting, processing, processing and transforming signals signals (analog and digital) and store them in common memory media. Using ON-CHIP microprocessors for the problem of generalizing functional processors is also mentioned. The course will pass specific exercises, practical exercises to illustrate the theoretical parts mentioned above.

Microcontrollers

This course provides a systematic way of analyzing, designing and synthesizing intelligent processing systems based on the working principles of 8, 16 and 32bit microprocessors. Methods of organizing hardware, building and installing software for the problem of designing specialized microprocessors to serve the tasks of receiving, transmitting, processing, processing and transforming signals signals (analog and digital) and store them in common memory media. Using ON-CHIP microprocessors for the problem of generalizing functional processors is also mentioned. The course will pass specific exercises, practical exercises to illustrate the theoretical parts mentioned above.