LECTURE NOTES

Midterm 1 Material
Lecture  1:	Introduction	Notes
Lecture  2:	Bits, Bytes, Words and ASCII code Byte Order (Big and Little endian)	Notes
Lecture  3:	Binary, Octal and Hex Numbers	Notes
Lecture  4:	Binary Arithmetic	Notes
Lecture  5:	Floating Point Numbers	Notes
Lecture  6:	JVN Machine, Fetch-Decode-Execute, Modern Processor execution	Notes
Lecture  7:	Registers, Memory, Cache	Notes
Lecture  8:	RISC, CISC Architectures Introduction to MIPS, MIPS Registers	Notes
Midterm 2 Material
Lecture  9:	Simple MIPS programs	Notes   Handout   Handout
Lecture 10:	Pseudo Instructions & Control Structures	Notes   Handout
Lecture 11:	ISA, Instruction Formats, Addressing Modes	Notes   Handout
Lecture 12:	Function Calls & Procedures	Notes   Handout
Lecture 13:	Logical Operations	Notes
Lecture 14:	Assemblers & the Assembly Process	Notes
Lecture 15:	Linkers, Loaders & Virtual Memory	Notes
Final Exam Material
Lecture 16:	Combinatorial Digital Logic	Notes    Handout Practice Problems    Solutions
Lecture 17:	Decoders, Encoders, Multiplexors	Notes
Lecture 18:	Clocks, Flip-Flops & Register Files	Notes
Lecture 19:	Datapath	Notes
Lecture 20:	Airthmetic Logic Unit	Notes
Lecture 21:	Integer Multiplication	Notes
Lecture 21 (contd):	Mulitplication of Negative Integers	Notes
Lecture 22:	Microprogramming & Pipelining	Notes
Lecture 23:	I/O	Notes
Lecture 24:	Memory	Notes