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CS 310: Computer Organization and Programming

Learn the fundamental components of computer systems, including hardware, machine language, assemblers, compilers, and operating systems. Explore programming at a basic level and understand program performance. Offered at the University of Texas at Austin.

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CS 310: Computer Organization and Programming

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  1. CS 310: Computer Organization and Programming Lecture 1: Overview

  2. Goals • Understand the fundamental components of computer systems • Hardware • Machine language • Assemblers • Compilers • Operating Systems • Learn to program the machine at its most basic level • Why? Can’t we just use a high level language? • SW design decisions are driven by the HW • Understand program performance • It’s pretty darn cool! • Without this knowledge, it’s kind of like being an architect without knowing anything about construction University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  3. Logistics Lectures MW 3:30pm, WAG 101 Lecturers Prof. Fussell TAs Bert Maher, Dong Li Discussions Th 10-11 – RAS 211A Th 1-2 – RAS 211A Th 10-11 – JES A207A Th 2-3 – RAS 313A University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  4. More Logistics Grading: In-class Quizzes 30% (15% each for 2 highest) Quiz 1 Wednesday, Feb. 25 Quiz 2 Wednesday, April 8 Quiz 3 Wednesday, May 6 Final Exam 35%, Exam week Homework/Pgms 25% Participation 10% (discussion section) Textbooks: Introduction to Computing Systems: From Bits and Gates to C and Beyond, by Patt and Patel, 2nd edition Course Reader University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  5. CS310 Online URL:www.cs.utexas.edu/users/fussell/cs310 Email List: for class announcements (see web page to sign up) newsgroup:utexas.csclass.cs310 University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  6. My Favorite Program a[0] = 1; a[1] = 1; for(i=2; i<100; i++) { a[i] = a[i-1] + a[i-2]; } 1, 1, 2, 3, 5, 8, 13, 21, ... University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  7. Your Computer University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  8. D D G G S S registers A F B S Layers of Abstraction Specification compute the fibonacci sequence Program for(i=2; i<100; i++) { a[i] = a[i-1]+a[i-2];} ISA (Instruction Set Architecture) load r1, a[i]; add r2, r2, r1; microArchitecture Logic Transistors Physics/Chemistry University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  9. The Mighty Transistor! University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  10. Intel 4004 - 1971 • The first microprocessor • 2,300 transistors • 108 KHz • 10mm process University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  11. Intel 8086 - 1978 • IBM PC processor • 29,000 transistors • 10 MHz • 3mm process University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  12. Intel Pentium - 1993 • First Intel processor to execute more than one instruction per cycle • 3.1 million transistors • 66 MHz • 0.8mm process University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  13. Intel Pentium IV - 2001 42 million transistors 2GHz 0.13mm process Could fit ~15,000 4004s on this chip! University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  14. AMD Opteron - 2004 • 106 million transistors • 2.4 GHz • 0.13mm process University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  15. IBM Power 5 - 2004 • 276 million transistors • 1.9 GHz • 0.13mm process • 2 processors University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

  16. Next Time • Basic (simple) electronics • Reading assignment: • P&P Chapters 1, 2.1, 2.2, 3.1-3.2 • Maccabe 1.1, 1.2, 2.1 University of Texas at Austin CS310 - Computer Organization and Programming Spring 2009 Don Fussell

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