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Instructor: Dr' Hong Jiang

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Classroom: 19 Avery Hall; Time: 1:30-2:20pm, MWF ... Textbook: David A. Patterson and John L. Hennessy, Computer Organization and ... – PowerPoint PPT presentation

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Title: Instructor: Dr' Hong Jiang


1
CSCE230 Computer OrganizationFall 2004
  • Instructor Dr. Hong Jiang
  • Teaching Assistant Mr. Sheng Zhang
  • Department of Computer Science Engineering
  • University of Nebraska-Lincoln
  • Classroom 19 Avery Hall Time 130-220pm, MWF
  • Office Hour 1230-120pm, M,W,F Office 268
    Avery
  • TA Office Hour 1100am-100pm, Thursday, 6 501
    Bldg
  • ltjiang,szhanggt_at_cse.unl.edu
  • Cse.unl.edu/jiang/cse230

2
Course Syllabus
  • Description
  • CSCE230. Computer Organization (3 cr) Prereq
    CSCE 150, 155, 310 or detailed knowledge of a
    high-level programming language. Introduction to
    organization and structure of computer systems,
    with emphasis on hardware aspects of a computer
    system. It covers Boolean Logic, Digital
    Arithmetic, Processor Organization, Machine
    Language Programming, Input/Output, Memory
    Organization, System Support Software, and
    Communication. The material in this course forms
    the basis for the more advanced courses in
    computer architecture (CSE 430), High-Performance
    Processor Architecture (CSE 432), VLSI design
    (CSE 434), and communication networks (CSE 462).
  • Course Schedule
  • An overview and tentative (and approximate)
    schedule of the course is listed below

3
Course Syllabus
  • Course Schedule (continued)
  • An overview and tentative (and approximate)
    schedule of the course is listed below

4
Course Syllabus (cont.)
  • Grading Policy
  • Three exams will be given during the course.
    The three exams will
  • be equally weighted and equally spaced throughout
    the semester,
  • approximately one for every 5-week period. All
    these exams will be
  • taken in class during the 50-minute scheduled
    class hours. There will not be a final exam for
    this class.
  • A Term Project will be assigned at around the
    midterm and will have
  • students work in teams of two to design a simple
    but real one-cycle CPU.
  • 6-7 homework assignments will be given. Each is
    due in class on its specified due date. Late work
    is penalized 20 per day. Once solutions are
    published, late work cannot be accepted for
    credit.
  • While collaboration on homework is permitted,
    blatant copying will not be tolerated. Violators,
    if caught, will subject to penalties ranging from
    a zero for the homework assignment in question to
    an F grade for the course, depending on the
    severity of the violation.
  • Final Grade will be generated according to the
    weight associated with each component listed
    below
  • Exams 3X20 60
  • Homework Assignment 20
  • Term Projec 20
  • Textbook David A. Patterson and John L.
    Hennessy, Computer Organization and Design The
    Hardware/Software Interface, 3rd Edition, Morgan
    Kaufmann Publishers Inc., 2004.
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