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Introduction to Computer Organization and Design: CPEG 323 Fall 2008 Overview

This course, taught by Prof. Guang R. Gao at the University of Delaware, delves into computer architecture, focusing on both instruction set architecture and hardware organization. Topics include performance, instruction sets, computer arithmetic, pipelining, memory systems, I/O processing, and more. The grading distribution comprises quizzes (70%), projects (20%), and participation (10%). Key reference materials include "Computer Organization and Design" by Hennessy and Patterson. Students will gain vital knowledge applicable in various fields of computing, including embedded systems and compiler design.

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Introduction to Computer Organization and Design: CPEG 323 Fall 2008 Overview

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  1. CPEG 323 – Fall 2008 Topics in Computer System Engineering – Computer Organization and Design \cpeg323-08F\Topic0.ppt

  2. Instructor: Prof. Guang R. Gao Office: 312 DuPont Hall Phone: 831-8218 email: ggao@eecis.udel.edu Co-Instructor/Coordinators: Joseph Manzano Office: 306 DuPont Hall Phone: 831-0332 Email: jmanzano@capsl.udel.edu TA: Thomas St. John Office: DuPont Hall 326 Phone: 831-0327 Email: stjohn@capsl.udel.edu Admin. Information \cpeg323-08F\Topic0.ppt

  3. Admin (Cont’d) • Assistant Coordinator Elkin DuPont 334 831-3276 egarcia@UDel.Edu \cpeg323-08F\Topic0.ppt

  4. Important Dates Oct. 22 (Wednesday) :quiz 1 (tentative) Dec. 3rd (Wednesday) : quiz 2 (tentative) Course work will carry the following weights towards your final grade: Homework, Lab and Class Participation: 10% Quizzes: 70% Project: 20% \cpeg323-08F\Topic0.ppt

  5. Reference Books • John Hennessy and David Patterson • Computer Organization and Design • 3rd Edition/revised • Morgan Kaufmann Publishers, Inc. • 2004/2007 • 2. Other reference books/papers to be announced \cpeg323-08F\Topic0.ppt

  6. About the Reference Book • A table to show SW/HW paths for the book • A Green Card • Understanding program performance • Real Stuff • Computers in the Real World • A smaller book + a CD \cpeg323-08F\Topic0.ppt

  7. Bibliography \cpeg323-08F\Topic0.ppt

  8. Journals IEEE Computer Transactions on Computers Transactions on Parallel and Distributed Systems Bibliography \cpeg323-08F\Topic0.ppt

  9. Conference Proceedings PACT Parallel Architectures and Compilation Techniques MICRO ACM/IEEE Symposium on Microarchitectures ISCA ACM/IEEE International Symposium on Computer Architecture Bibliography \cpeg323-08F\Topic0.ppt

  10. What is this Course About? This course is about the structure and design of digital computers. This is commonly called “computer architecture” – which is instruction set architecture + hardware organization. \cpeg323-08F\Topic0.ppt

  11. Why Study Computer Organization? Not many of you will work for Intel or AMD, BUT… - Embedded systems - Compiler design - Even software developers! \cpeg323-08F\Topic0.ppt

  12. Roadmap for the Semester - General overview - Performance - Instruction sets - Computer arithmetic - Single-cycle machines - Pipelining - Memory systems (RAM, caches, virtual memory) - I/O processing - ILP, Multi-Core chips - Other topics \cpeg323-08F\Topic0.ppt

  13. ABET Outcomes • Ability to apply knowledge of science (e.g., computer architecture and system organization, and related computer science issues), and engineering (e.g., performance analysis and benchmarking, ISA simulation and verification) • Ability to use the techniques, skills and modern engineering tools necessary for engineering practice • Knowledge of related topics in computer science discipline \cpeg323-08F\Topic0.ppt

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