ELE22MIC - Microprocessors. Lecturer: Paul Main. Email:
[email protected] Room: BG 441 Tel: 9018 6732 Laboratory Coordinator: Geoff Tobin. Room: Physical Sciences 2, Room 114 Email:
[email protected] Tel: 9479 3736 Course Outline: Aims: Develop a working knowledge of digital logic and how those principles can be applied to implement a microprocessor system. Learn how to design, build, program and debug a useful basic microcomputer system. Familiarise students to basic architecture of modern microprocessors, micro-controllers and common peripherals. Learn interfacing techniques for simple transducers (via the Analog to Digital Converter) and how to apply them to implement electronic systems. Develop an ability to write ATMEGA128L (assembly language and C) code to meet a design goal. Handbook Course Description This is a first course in microprocessors and their applications. Topics include introduction to microprocessors, microprocessor architecture, microcomputers, assembly language programming, memory, parallel and serial I/O, computer design, timing, address decoding, interrupts, memory management, caches, virtual memory, mass storage devices, DMA, systems programming and other processors. 1 Class Requirements: Two lectures per week (total of 26) One problem class per fortnight (total of 6 problem classes) Three hours practical work per fortnight (total of 6 sessions). Three assignments. Lectures: 26 One-Hour Lectures. Tuesday 9:00am HS1 136 Friday 9:00am PW 101 Laboratory Sessions: One 3-Hour Laboratory Session per fortnight.