Computers and microcomputers history. Block diagram of computer. Busses, processors, memories, input and output circuits. Single chip microcomputers, microcontrollers. Instruction set, machine code, assembler, ANSY-C language. Software and hardware tools for application developing. Simulator, emulator, logical analyzer. Computer interfaces. Converters, digital input and output. Analogous signal discretization, methods and errors of D/A and A/D conversion. Standard analogous signal. Interrupt system. Practical labs are focused on 8051/52 microcomputer family.

1.^Introduction into microcomputer programming - basic concepts, registers, memories
2.^Binary arithmetic, numbers representation
3.^Assembler 8051
4.^Assembler 8051
5.^Microcomputer memories
6.^Processor I51, internal architecture
7.^Interrupt system
8.^Busses, auxiliary circuits
9.^I/O circuits for digital interfaces
10.^D/A, A/D converters, unified signal
11.^Counters/timers, watch dog
12.^Serial and parallel interfaces, buses for data transfer
13^Transfer channel, modems
14.^Design of simple microcomputer system.

1.^Basic data, numerical systems, data presentation, binary operations as addition, subtraction, multiplication, division
2.^Using Keil IDE for I51, 1st semester work setting
3.^1st semester work solving
4.^1st semester work solving
5.^1st semester work solving and its verification
6.^Development tool kit LabTech51
7.^Development tool kit BAST166 and programming in ANSY-C
8.^Development tool kit BAST166 and programming in ANSY-C, examples
9.^Intelligent servo drive AtlasCopco, basic features and programming, 2nd semester work setting
10.^2nd semester work solving
11.^2nd semester work solving
12.^2nd semester work solving
13.^2nd semester work solving
14.^2nd semester work verification, assesment