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Catalog Description
Introduction
to computer organization. Octal and Hexadecimal number systems, ASCII
codes. Assembly language programming, instruction format and types, memory
and I/O instructions, arithmetic instructions, addressing modes, stack
operations, and interrupts. ALU and control unit design. RTL,
microprogramming, and hardwired control. Practice of assembly language
programming.
Prerequisite: COE 200 and ICS 201 |
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Text Books:
·
Introduction to Assembly Language
Programming: From 8086 to Pentium Processors,
Sivarama P. Dandamudi,
et al., Springer Verlag, 1998. (ISBN: 0387985301).
· Computer Systems Design and
Architecture, Vincent Heuring, Harry F. Jordan, Miles Murdocca,
Addison Wesley 1997. (ISBN 0-8053-4330-X).
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Week |
Topic |
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12-16
FEB |
Introduction to Computer Organization & Assembly Language
Assembly language versus high level language programming
Lecture 1,
Lecture 2,
Lecture 3
Basic
Components: processor, memory, bus, input and output devices |
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19-23
FEB |
Review of Internal Data
Representation
Unsigned & signed integer representation, Integer
arithmetic, carry, and overflow, Character representation |
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26 FEB
2 MAR |
Assembly Language Concepts
Statements, directives versus instructions, program
structure, Variable and array declarations, constant definitions, I/O
using interrupt 21H. |
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5-9
MAR |
Assembly Language Concepts
Memory segmentation: logical and physical addresses,
Intel x86 16-bit and 32-bit registers and architectures, Instruction
formats, opcodes and operands, Addressing modes |
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12-16
MAR |
Assembly Language Instructions
Data movement instructions, Arithmetic instructions and
flags, Logical and bit manipulating operations, |
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19-23
MAR |
Assembly Language Instructions
Logical and bit manipulating operations, Compare, jump,
and loop instructions |
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24 MAR |
Major Exam I 9:30am |
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26 -30
MAR |
Assembly Language Programming
Implementing conditional statements and loops in
assembly language, Pentium Memory Addressing Modes |
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2-6
APR |
Assembly Language Programming
Traversing and processing arrays, String processing |
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7-15
APR |
Midterm brake |
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16-20
APR |
Procedures and the Stack
Pentium implementation of the stack, Stack operations,
calling and returning from a procedure |
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23-27
APR |
Procedures and the Stack
Writing procedures, Parameter passing, Local variables,
Macros |
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30 APR
4 MAY |
Interrupts and I/O
Software, hardware, and processor interrupts, Interrupt processing |
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7-11
MAY |
Interrupts and I/O
Peripheral support chips, Direct Memory Access (DMA) |
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12 MAY |
Major Exam II 9:30am |
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14-18
MAY |
Processor and Control Unit Design
Register transfer, Data-path design, 1-bus, 2-bus, and
3-bus organizations, performance considerations. |
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21-25
MAY |
Processor and Control Unit Design
Fetch and execute control sequences at the register
transfer level, Hardwired control unit design, Horizontal and vertical
microprogramming |
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28 MAY
1 JUNE |
Processor and Control Unit Design
Microprogrammed control unit design, Instructions sets
and formats, examples of instruction set design. |
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4-14
JUNE |
Final Exam |
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