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Micro-Computer Applications: Introduction

ELECT 707. Micro-Computer Applications: Introduction. Dr. Eng. Amr T. Abdel-Hamid. Fall 2011. Course Contents. Number Systems Introduction, Computer organization and Architecture 80x86 micro-processor Processor organization Assembly Language programming Memory interfacing and DMA’s

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Micro-Computer Applications: Introduction

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  1. ELECT 707 Micro-Computer Applications: Introduction Dr. Eng. Amr T. Abdel-Hamid Fall 2011

  2. Course Contents • Number Systems • Introduction, Computer organization and Architecture • 80x86 micro-processor • Processor organization • Assembly Language programming • Memory interfacing and DMA’s • Input/output interfacing • 80386, 80486, and Beyond • Micro-Controllers are embedded systems • Handheld and mobile Processors.

  3. Course Grading • Exams • Quizzes 3 Quizzes: best 2 • Final exam • Midterm • NO Graded Theoretical Assignments • Lecture/Tutorial Quizzes (will set best % later) • Programming Assignments over the emulator. • Project

  4. Project • Course Project: Building Distributed factory control system using PIC Micro-Controller • Students TA: Abdel-Monsef (Project Leader) • Teaching Assistant: Ahmed Bahaa Mansour • Project starts just after Midterm exams

  5. In time & It is too LATE Policy • Late presentation of project and assignments is NOT possible. • Honor code • 100% penalty for both copier and copy-giver of Any Report/CODE.

  6. Text Books • The 80x86 IBM PC and Compatible Computers: Assembly Language, Design and Interfacing, 3rd Edition, Muhammad Ali Mazidi; Janice Gillispie Mazidi • The PIC Microcontroller And Embedded Systems:  Using Assembly And C for PIC18, 1st Edition, Muhammad Ali Mazidi, Rolin McKinlay, Danny Causey

  7. Why 80X86?

  8. New view: ClusterOnaChip (CoC) • Use several simple processors on a single chip: • Performance goes up linearly in number of transistors • Simpler processors can run at faster clocks • Less design cost/time, Less time to market risk (reuse) • Inspiration: Google • Search engine for world: 100M/day • Economical, scalable build block:PC cluster today 8000 PCs, 16000 disks • Advantages in fault tolerance, scalability, cost/performance • 32-bit MPU as the new “Transistor” • “Cluster on a chip” with 1000s of processors enable amazing MIPS/$, MIPS/watt for cluster applications • MPUs combined with dense memory + system on a chip CAD • 30 years ago Intel 4004 used 2300 transistors: when 2300 32-bit processors on a single chip?

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