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    Lecture Plan For COALBS4

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    irfan_chand_mian
    This document provides a 17-week lecture plan for a Computer Organization and Assembly Language course. Over the course of the semester, topics such as basic computer organization concepts, assembly language, IA-32 architecture, procedures, conditional processing, strings and arrays, structures, macros, high-level language interfacing, and a final project will be covered. Assignments, quizzes, a midterm exam and final exam are included to evaluate student progress and learning.

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    Lecture Plan For COALBS4

    Uploaded by

    irfan_chand_mian
    57 views3 pages
    This document provides a 17-week lecture plan for a Computer Organization and Assembly Language course. Over the course of the semester, topics such as basic computer organization concepts, assembly language, IA-32 architecture, procedures, conditional processing, strings and arrays, structures, macros, high-level language interfacing, and a final project will be covered. Assignments, quizzes, a midterm exam and final exam are included to evaluate student progress and learning.

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    lecture plane of computer organization and assembly language

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    Lecture Plan for COALBS4 (2)

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    This document provides a 17-week lecture plan for a Computer Organization and Assembly Language course. Over the course of the semester, topics such as basic computer organization concepts, assembly language, IA-32 architecture, procedures, conditional processing, strings and arrays, structures, macros, high-level language interfacing, and a final project will be covered. Assignments, quizzes, a midterm exam and final exam are included to evaluate student progress and learning.

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as DOC, PDF, TXT or read online from Scribd
    Download as doc, pdf, or txt
    57 views3 pages

    Lecture Plan For COALBS4

    Uploaded by

    irfan_chand_mian
    This document provides a 17-week lecture plan for a Computer Organization and Assembly Language course. Over the course of the semester, topics such as basic computer organization concepts, assembly language, IA-32 architecture, procedures, conditional processing, strings and arrays, structures, macros, high-level language interfacing, and a final project will be covered. Assignments, quizzes, a midterm exam and final exam are included to evaluate student progress and learning.

    Copyright:

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    You are on page 1of 3

    Department of Computer Science

    GC University, Faisalabad

    Lecture Plan

    Course
    Title
    Computer Organization and Assembly Language
    Course Credit
    3 (2 – 1)
    Code Hours
    Class BS (CS) 4 Semester 4rth
    Source Lab
    Week Lecture Topic
    Book / Notes /Tutorials

    1.1 • Overview of course outline Computer


    1
    1.2 • Basic Concepts of Computer Organization &
    1.3 Organization Architecture by
    William Stallings

    • Assembly Language
    Applications Assembly
    2.1
    Language for
    2.2 • Virtual Machine Concepts
    2 Intel-Based
    2.3 • Data Representation
    Computers by Kip
    • Boolean Operations R. Irvine
    • Quiz 1
    • General Concepts
    • IA-32 Processor Architecture
    Assembly
    3.1 • IA-32 Memory Management
    Language for
    3
    3.2 • Components of an IA-32 Intel-Based
    3.3 Microcomputer Computers by Kip
    • Input-Output System R. Irvine
    • Assignment 1

    • Basic Elements of Assembly


    Language
    • Example: Adding Three Integers
    • Assembling, Linking, and Assembly
    4.1 Running Programs Language for
    4 4.2 • Defining Data Intel-Based Lab
    4.3 • Symbolic Constants Computers by Kip
    • Real-Address Mode R. Irvine
    Programming
    • Quiz 2

    • Data Transfer Instructions


    • Addition and Subtraction Assembly
    5.1 • Data-Related Operators and Language for
    5 5.2 Directives Intel-Based Lab
    5.3 • Indirect Addressing Computers by Kip
    • JMP and LOOP Instructions R. Irvine
    • Introduction to procedures
    • Linking to an External Library
    • The Book’s Link Library
    Assembly
    • Stack Operations
    6.1 Language for
    6 6.2 • Defining and Using Procedures Intel-Based Lab
    6.3 • Program Design Using Computers by Kip
    Procedures R. Irvine
    • Assignment 2
    • Quiz 3

    • Introduction to Conditional
    Processing
    • Boolean and Comparison
    • Instructions Assembly
    7.1 • Conditional Jumps Language for
    7 7.2 • Conditional Loop Instructions Intel-Based Lab
    7.3 • Conditional Structures Computers by Kip
    • Application: Finite-State R. Irvine
    Machines
    • Decision Directives

    Assembly
    8.1 • Review and Hands on Language for
    8 8.2 experience with all topics before Intel-Based
    8.3 Mid Computers by Kip
    R. Irvine
    9th week Mid term
    • Introduction to Integer
    Arithmetic
    • Shift and Rotate Instructions
    • Shift and Rotate Applications
    • Multiplication and Division
    10.1
    Operations
    10 10.2
    10.3 • Extended Addition and
    Subtraction
    • ASCII and Unpacked Decimal
    Arithmetic
    • Packed Decimal Arithmetic

    • Introduction to Advanced
    Procedures
    • Stack Frames
    • Recursion
    11.1
    • .MODEL Directive
    11 11.2
    11.3 • INVOKE, ADDR, PROC, and
    PROTO (Optional)
    • Creating Multimodule Programs
    • Quiz 4

    • Introduction to Strings and


    Arrays
    • String Primitive Instructions
    • Selected String Procedures
    12.1
    • Two-Dimensional Arrays
    12 12.2
    12.3 • Searching and Sorting Integer
    Arrays
    • Assignment 3
    • Presentation
    • Structures
    • Macros
    13.1 • Conditional-Assembly
    13 13.2 Directives
    13.3 • Defining Repeat Blocks
    • Quiz 5

    • Win32 Console Programming


    • Writing a Graphical Windows
    14.1 Application
    14 14.2 • Dynamic Memory Allocation
    14.3 • IA-32 Memory Management
    • Assignment 4

    • Introduction to High-Level
    Language Interface
    • Inline Assembly Code
    15.1 • Linking to C/C++ in Protected
    15 15.2 Mode
    15.3 • Linking to C/C++ in Real-
    Address Mode
    • Quiz 6

    • Review and Hands on


    16.1
    experience with all topics before
    16 16.2
    final term
    16.3
    • Project Presentation

    17.1 • Review of Course


    17 17.2 • Project Demo
    17.3 • Presentation

    18th week FINAL SEMESTER EXAMINATION

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