SEE3223 MICROPROCESSOR

Topic outline

• General
  

  General

  Lecturer : Muhammad Mun'im Ahmad Zabidi Semester : Semester I 2011/2012
  Objective Principles of embedded systems design Assembly language programming Synopsis This course will introduce students to current hardware, architecture and elementary programming of microprocessors. Among the various topics covered are: instruction sets, fundamental software concepts, and interfacing microprocessors to external devices.
  This work, SEE3223 Microprocessor by Muhammad Mu'nim Ahmad Zabidi is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License

  
  
• Topic 1
  

  Topic 1

  Embedded Systems 
  
  Fundamentals of microprocessor-based systems, identifying major components of computer systems, microprocessor operation.

  • Module 1 Embedded Systems File
• Topic 2
  

  Topic 2

  68000 Architecture 
  
  Register file, memory map, data addressing, overview of the instruction set, machine instruction format, overview of addressing modes.

  • Module 2 68000 Architecture File
• Topic 3
  

  Topic 3

  Assembly Language Programming
  
  Writing assembly language programs, assembly language statements, assembler directives, using an integrated development environment (IDE), basic debugging techniques.

  • Module 3 Assembly Language File
• Topic 4
  

  Topic 4

  Addressing Modes 
  
  Register-to-register transfers, load and store instructions, register, immediate and absolute addressing modes.

  • Module 4 Addressing Modes File
• Topic 5
  

  Topic 5

  Arithmetic, Logic and Bit Manipulation Instructions
  
  Add and subtract instructions, effect of instructions on the status register, multiply and divide instructions, other relevant instructions for integer computations. Logic instructions, shift and rotate instructions, bitwise instructions, introduction to input/output operations, and application of logic/bit instructions for doing I/O.

  • Module 5 Data Processing Instructions File
• Topic 6
  

  Topic 6

  Program Control Instructions
  
  Jump and unconditional branch instructions, conditional instructions, making decisions and constructing loops.

  • Module 6 Flow Control File
• Topic 7
  

  Topic 7

  Address Registers 
  
  Introduction to arrays, address register indirect addressing modes, basic array operations.

  • Module 7 Address Registers File
• Topic 8
  

  Topic 8

  Stacks & Subroutines
  
  Principles and applications of stacks and subroutines, subroutine call and return instructions, parameter passing techniques.

  • Module 8 Stacks & Subroutines File