EET 2230 - Course Outline

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EET 2230
Assembly Language Programming
Course Outline

The table below lists a tentative outline of topics to be covered as part of this course. It is tentative because it may change as the course progresses. Changes are typically initiated by the instructor in recognition of how well students are reacting to the material. Since topics may change as we work through the course, it is strongly recommended that you consult this page on a regular basis. Every day or so is recommended.

Normally, we will cover two lessons per week during a fifteen (15) week semester. Assignments are due as indicated in the table below. Any variation from this schedule will be announced on the course Listserv. Use this link to subscribe to the course Listserv. You are expected to subscribe within the first week of classes. If you have difficulty with the course Listserv contact the instructor or TA for help.

The final exam for this course is to be taken "on campus" in a face-to-face manner. This means that, if practical, you will come to the University of Toledo to take the final exam. If you live far from the UT main campus, you can work with the instructor and TA to arrange to take the exam at a community or technical college campus near to where you live or work. Please notify the instructor and TA if you need to make such an arrangement.

The current academic calendar for The University of Toledo can be found on the University's web site. Consult the 2008-2009 academic calendar to determine important dates for the spring 2009 semester (e.g., last day to change schedule, last day to withdraw, holidays, etc.).

Lesson	Topics	Reading Assignment	Posted
1	Introduction and Course Overview Master Syllabus Introduction for Distance Learning Students Reading Assignment: Assembly Language Programming Software Architecture of the 8088 and 8086 Microprocessors Microarchitecture of the 8088 and 8086 Microprocessors Software Model of the 8088/8086 Microprocessor	Online Syllabus Triebel and Singh Ch. 2.1, 2.2
2	Memory Address Space and Data Organization Data types	Triebel and Singh Ch.2.3, 2.4 Laboratory Tutorial 1
3	Segment Registers and Memory Segmentation Dedicated, Reserved, and General-use Memory Instruction Pointer	Triebel and Singh Ch.2.5, 2.6, 2.7 Laboratory Tutorial 2
4	Data Registers Pointer and Index Registers	Triebel and Singh Ch. 2.8, 2.9 Laboratory Tutorial 3
A	Assignment1 and Labs 1,2 and 3	Due: 1/26/2009
5	Status Register Generating a Memory Address	Triebel and Singh Ch.2.10, 2.11
6	The Stack Input/Output Address Space	Triebel and Singh Ch. 2.12, 2.13 Laboratory Tutorial 4
7	Assembly Language Programming Software: The Microcomputer Program	Triebel and Singh Ch.3.1
8	Assembly Language Program Development on the PC	Triebel and Singh Ch. 3.2 Laboratory Tutorial 5
B	Assignment#2 and Labs 4 & 5	Due: 2/9/2009
9	The Instruction Set	Triebel and Singh Ch. 3.3 Laboratory Tutorial 6
10	The MOV Instruction	Triebel and Singh Ch. 3.4
C
11	Addressing Modes	Triebel and Singh Ch. 3.5 Laboratory Tutorial 7
12	Machine language Coding and the DEBUG Software Development Program of the IBM PC Converting Assembly Language Instructions to Machine Code Encoding a Program in Machine Code	Triebel and Singh Ch. 4.1, 4.2 Laboratory Tutorial 8
I	TEST#1	2/20/2009
13	The PC and its DEBUG Program The PC and its Debug Program Examining and modifying the contents of Memory Examining and modifying the contents of Memory	Triebel and Singh Ch. 4.3, 4.4 Laboratory Tutorial 9
14	Input and Output of Data Input and Output of Data Hexadecimal Addition and Subtraction Hexadecimal Addition and Subtraction	Triebel and Singh Ch. 4.5, 4.6
15	Loading, Verifying, And Saving Machine Language Programs Loading, Verifying, And Saving Machine Language Programs Assembling Instructions with the Assemble command Assembling Instructions with the Assemble Command	Triebel and Singh Ch. 4.7, 4.8 Laboratory Tutorial 10
16	Executing Instructions and Programs with the Trace and Go Commands Executing Instructions and Programs with the Trace and Go Commands Debugging A Program Debugging A Program	Triebel and Singh Ch. 4.9, 4.10
D	Assignment3 and Labs 7 through 10	Due: 3/9/2009
17	8088/8086 Programming- Integer Instructions and Computations Data Transfer Instructions Data Transfer Instructions	Triebel and Singh Ch. 5.1 Laboratory Tutorial 11
18	Arithmetic Instructions Arithmetic Instructions	Triebel and Singh Ch. 5.2 Laboratory Tutorial 12
19	Logic Instructions Logic Instructions	Triebel and Singh Ch. 5.3 Laboratory Tutorial 13
20	Shift Instructions Shift Instructions	Triebel and Singh Ch. 5.4 Laboratory Tutorial 14
E	Assignment4 and Labs 11, 12, 13 and 14	Due: 3/17/2009
21	Rotate Instructions Rotate Instructions	Triebel and Singh Ch. 5.5
22	8088/8086 Programming- Control Flow Instructions and Program Structures Flag Control Instructions Flag Control Instructions Compare Instructions Compare Instructions	Triebel and Singh Ch. 6.1, 6.2 Laboratory Tutorial 15 Laboratory Tutorial 16

23	Control Flow and Jump Instructions Control FLow and Jump Instructions	Triebel and Singh Ch. 6.3 Laboratory Tutorial 17
24	Subroutines and Subroutine-handling Instructions Subroutines and Subroutine-handling Instructions	Triebel and Singh Ch. 6.4 Laboratory Tutorial 18
F	Assignment5, Labs 15 and Labs 16	Due:
25	Loop and the Loop Handling Instructions Loop and the Loop Handling Instructions	Triebel and Singh Ch. 6.5 Laboratory Tutorial 19
26	Strings and String Handling Instructions Strings and String Handling Instructions	Triebel and Singh Ch. 6.6 Laboratory Tutorial 20
27	Statement Syntax for a Source program Statement Syntax for a Source program	Triebel and Singh Ch. 7.1
28	Assembler Directives Assembler Directives	Triebel and Singh Ch. 7.2
	Labs: Labs 17, Labs 18 (Lab 18 is extra credit)	Due:
29	Creating a source file with an Editor Creating a source file with an Editor Assembling and linking programs Assembling and linking programs	Triebel and Singh Ch. 7.3 , 7.4
30	Loading and Executing a Run Module Loading and Executing a Run Module	Triebel and Singh Ch. 7.5
FINAL EXAMINATION Date will be updated.(On campus, Engineering Tech. Building, Scott Park)

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	This symbol in the "Posted" column above indicates that the PowerPoint and any other appropriate materials for the topic have been posted to the Web site. If the checkmark does not appear, the materials are not yet available. Normally, materials will be posted at the beginning of the week in which you are to cover the corresponding topic.

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Added to the Web: January 15, 2009.

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Click on the button at left to return to the calling page.
There have been visitors since 1/15/2009.

Added to the Web: January 15, 2009. Web page design by Dan Solarek.	http://cset.sp.utoledo.edu/eet2230/

EET 2230Assembly Language ProgrammingCourse Outline

EET 2230
Assembly Language Programming
Course Outline