Selected Topic: Computer Organization and Architecture
Course code: AT70.9003
This course is elective
To provide an understanding of the components of computer hardware and their interactions, as well as the technological principles driving development in computer hardware. To provide practical experience in actual design of computer systems.
Introduction to Computer Architecture. Central Processing Unit. Instruction Sets and Assembly. Computer Logic and Arithmetic. Single-cycle Datapaths. Multicycling. Pipelining. Memory Systems. Microprogramming. Parallelism. Case Studies of Modern Computer Architectures. Simulator Laboratory: Assembly Programming and Hardware Design. Selection of Advanced Topics.
I. Introduction to Computer Architecture
1. History and Evolution of Computer Systems
2. Fundamentals of Design
3. Performance Metrics
4. Case Study: SPEC benchmark suites
II. Instruction Sets
1. Hardware Operations Basics
2. Registers and Operands
3. Instruction Sets and Representation
5. Case Study: MIPS
III. Computer Logic and Arithmetic
1. Logical Operations
2. Arithmetic Operations
3. Floating Point Computation
4. Case Study: MIPS and Verilog Implementation of MIPS
IV. CPU: Data and Control
5. Data Hazards, Forward and Stalls
6. Case Study: MIPS and Verilog Implementations of MIPS
V. Memory Systems
1. Memory Hierarchy and Organization
2. Virtual Memory
3. Cache and High-Speed Memory
4. Case Study: Pentium Pro, PowerPC 604
VI. Special Topics (selective)
1. Instruction-level Parallelism
2. Memory Hierarchy Design
3. Thread-level Parallelism
4. Current Topics
D.A. Patterson and J.L. Hennessy (1998): Computer Organization and Design: The Hardware/Software Interface (2nd edition), Morgan Kaufmann.
J.D. Carpinelli (2000): Computer Systems Organization & Architecture, Addison-Wesley.
J. L. Hennessy and D.A. Patterson (2003): Computer Architecture : A Quantitative Approach (3rd Edition), Morgan Kaufmann.
A.S. Tanenbaum (1998): Structured Computer Organization (4th Edition), Prentice-Hall.
R. Williams (2001): Computer Systems Architecture: A Networking Approach, Addison-Wesley.
The final grade will be computed according to the following weightdistribution:
Mid-Term Exam 25-40%;
Final Exam 25-40%;
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