Design of Microcomputer Systems

The course cannot be taken simultaneously with:

Design of Microcomputer Systems (E36PRM)

Lecturer:

Tutor:

Supervisor:

Department of Computer Science and Engineering

Synopsis:

Embedded microcomputer systems, standard busses, interfaces. Single chip microcomputers - i8051 architecture, parallel ports, external bus. Counters, real time circuitry. Serial interfaces - FieldBus, CAN, serial busses - SPI, MicroWire, I2C. A/D interfaces - successive approximation, integration. LCD and LED displays. Eight-bit microcontrollers - ST62, 16Cxx, 8051 and derivatives, 68HC05, 68HC11 and 68HC16. Sixteen-bit microcomputers 8096/80196, 68HC300, 80C166. Thirty-two-bit microprocessors AMD29000, 80960. Modular system PC-104. Memory architecture and elements. Development support - logic analyzers, memory and in-circuit emulators.

Requirements:

Syllabus of lectures:

1. Introduction, microcomputers, applications, modular systems.

2. i8051 microcomputer (architecture)

3. Parallel interfaces, external buses, configuration.

4. Counters, timming processors.

5. RTC, PWM, watchdog, power-fail circuits.

6. Serial interfaces, serial busses.

7. A/D and V/F convertors. Displays, memories.

8. State machine - implementation.

9. Real-time kernel.

10. Fuzzy programming.

11. Micro-controllers: 68HC05, ST62, PIC16C5x.

12. i8051 derivatives, 68HC11.

13. Sixteen-bit microcomputers: 80C196, 68HC16, 80C166

14. Development tools, logical analysers, in circuit and memory emulators.

Syllabus of tutorials:

1. i8051 microcomputer.

2. Development kit - introduction.

3-7. Task solution (display, keyboard, ...)

8. Real-time (RT) kernel - introduction.

9. RT kernel - task solution.

10. Programming in C - introduction.

11. Programming in C - task solution.

12. Communication.

14. Reserved.

Study Objective:

Study materials:

Note:

Further information:

No time-table has been prepared for this course

The course is a part of the following study plans: