1. AKT211 – Computer Architecture and Organization 00 - Course Introduction Ghifar Parahyangan Catholic University August 22, 2011 Ghifar Parahyangan Catholic University August 22, 2011

2. OutlineOutline What do we study in this course ?What do we study in this course ? Why should this be studied ?Why should this be studied ? How is the course structured ?How is the course structured ? Evaluation rulesEvaluation rules Course rulesCourse rules

3. Course Objective To learn – How computer works, basic principleHow computer works, basic principle How to analyze their performanceHow to analyze their performance How computers are designed and built, what components are needed ?How computers are designed and built, what components are needed ? Issues affecting modern processors (cache, pipelines, CISC, RISC, superscalar, etc)Issues affecting modern processors (cache, pipelines, CISC, RISC, superscalar, etc)

4. Computer Layer ISA = Instruction Set Architecture

5. Course Motivation design/build a new computerdesign/build a new computer –rare oportunity design/build a new version of a computerdesign/build a new version of a computer improve software performanceimprove software performance ability to optimally purchase a computerability to optimally purchase a computer provide a solution with an embedded computerprovide a solution with an embedded computer

6. Course Structure Computer Organization, Architecture, Function & Structure OverviewComputer Organization, Architecture, Function & Structure Overview Simple Computer ArchitectureSimple Computer Architecture –SAP-1 Modern Computer ArchitectureModern Computer Architecture Advanced Computer ArchitectureAdvanced Computer Architecture –Pipeline, superscalar, CISC vs RISC Computer ComponentsComputer Components –Memory, Cache, External Memory, Bus System, I/O

7. Evalution Rules Assignment / Quiz : 32.5 %Assignment / Quiz : 32.5 % Mid-Semester Exam : 32.5 %Mid-Semester Exam : 32.5 % Final Exam : 35%Final Exam : 35%

8. Average Final Score (AS) AS > 80  AAS > 80  A 70 > AS > 79  B70 > AS > 79  B 60 > AS > 69  C60 > AS > 69  C 50 > AS > 59  D50 > AS > 59  D AS < 50  EAS < 50  E

9. Course Rules Presence is not taken into account for evaluation, but only the present- student’s tasks (assignment/quiz) which will be evaluatedPresence is not taken into account for evaluation, but only the present- student’s tasks (assignment/quiz) which will be evaluated Do not eat during the lecture (drink only)Do not eat during the lecture (drink only) Late tolerance : 15 minsLate tolerance : 15 mins –For students : you’re still eligible to enter to the class, but your presence won’t be counted –For lecturer : no lecture

10. Reference List 1.Stallings, William. Computer Organization and Architecture, 5 th ed. Prentice Hall. 2000 2.Tanembaum, Andrew S. Structured Computer Organization, 4 th ed. Prentice Hall. 1999 3.Malvino & Brown. Digital Computer Electronics, 3 rd ed. McGrawHill. 1992 4.E. Bryant, Randal & O'Hallaron, David. Computer Systems A Programmer's Perspective. Prentice Hall. 2003 5.Stallings, William, Computer Organization and Architecture-Designing for Performance, 6 th ed., Prentice Hall, 2003 6.Antonakos, James L. The Pentium Microprocessor. Prentice Hall International. 1997 7.Brey, Barry B., The Intel Microprocessors 8086/8088, 80186/80188. 80286, 80386, 80486, Pentium, and Pentium Pro Processor, 4 th, Prentice Hall, 1997 8.Sumber-sumber di Internet

11. Any Question ?