Assignment #1, Due Monday, January 3.   Assignment #2, Due Friday, February 11.

For the following lecture notes you can download or view a lecture as an Acrobat PDF file, or as a Microsoft Powerpoint97 file:

11-29-99	Review of number systems, Conversion, Computer Arithmetic, Two's Complement Representation, Floating-point Numbers, Binary Logic Operations.
11-29-99	Introduction to Computer Organization, Motorola 68000 Architecture, Assembly Program Structure, Basic Assembler Directives, Basic 68000 Instructions
12-1-99	Sample 68000 Addressing Modes, A subset of 68000 Instructions: Data Movement, Conditional Branches, Examples.
12-2-99	68000 Arithmetic Instructions, ADD, ADDI, ADDX, DIVS, DIVU, MULS, MULU, EXT, Arithmetic Shifts: ASL, ASR, Effect of Arithmetic Operations On CCR. Logic Instructions, Logical Shifts, Bit Manipulation Instructions.
12-8-99	Introduction to Input/Output, Memory Mapped I/O, The Motorola 68230 Parallel Interface/Timer (PI/T)
12-10-99	Stacks, Stack Operations, Basic 68000 Subroutine Handling Instructions: BSR, JSR, RTS, Subroutine Parameter Passing
12-15-99	Stack Related Instructions: PEA, MOVEM, A subroutine Parameter Passing Example, By value: using data registers, stack; By reference: using address registers, stack.
12-17-99	Recursive/Re-entrant subroutines, Utilizing The Stack for Local Subroutine Storage: Stack Frames SF and pointers FP, LINK, UNLK
1-3-2K	Recursive Subroutine Calls Example
1-5-2K	Handshaking-Based I/O using the 68230 PI/T
1-6-2K	68230 Timer
1-7-2K	Interrupts & Exceptions, Interrupt-Driven I/O, Vectored Interrupts, PIT I/O and Timer Interrupt Examples
1-14-2K	Serial Communication, Motorola 68681 DUART, Polled and Interrupt-driven Serial I/O Examples Using The 68681
1-17-2K	ASCII/Binary Conversion Examples
1-20-2K	68000 Binary Coded Decimal (BCD) And Multiple-Precision Arithmetic Support
1-21-2K	The Software Design Process: Top-Down Modular Design, Testability, Recoverability, Structured Programming. Looping and Decision Mechanisms. Program Design Language (PDL).
1-24-2K	Estimation of 68000 Assembly Programs Execution Time.
1-27-2K	Floating Point Arithmetic Using The IEEE 754 Standard Revisited
2-2-2K	Assembly Language Macros
2-3-2K	Introduction to Intel 80x86 Assembly Programming
2-9-2K	Microcontroller Basics; An Example: The Motorola 68HC12
2-14-2K	Reduced Instruction Set Computer (RISC); A RISC Example: MIPS
2-16-2K	Basic concepts of CPU organization; An Example: Simplified MIPS Single Cycle Datapath & Control Unit Design
2-17-2K	Final Exam Review