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Lecture Announcements
1-June-2004
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Your final exam is on Thursday, 3
June 2004, at 12:00. |
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You are responsible from all topics
covered in this course. |
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The exam has two parts. The first part
is the closed part, no notes and books. The second part is an open
book and notes exam.
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18-May-2004
Midterm Exam II:
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You will have your second midterm exam
on next Monday: 24 May 2004, starts at 11:00.
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You are responsible from assembly
programming topics. |
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The midterm will be open book and notes exam. |
Last Homework
Assignment
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Here is your 5th and last
homework assignment: HW5. |
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It is due on 27 May 2004, Thursday, between 14:00 - 16:00 pm in
the LAB.
No late assignment will be accepted.
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7-May-2004
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Here is your 4th assignment and
it is due on 13 May 2004, Thursday, between 14:00 - 16:00 pm in
the LAB.
No late assignment will be accepted. |
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You should make a program demo to your
assistant Engin Tozal in the lab by running your program until the
due date and time. |
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If you don’t do this demo and answer
your TA’s questions in the lab, your homework will not be graded,
and you will get a 0 grade. |
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Problem: Write an assembly program
that first prompts the following menu:
1-Find Average
2-Find Maximum
3-Find Minimum
4-Exit
User selects an option by entering its numeric value. If the number
entered is 4, the program simply terminates, otherwise the program
asks the user to enter 5 numbers and puts them into an array. The
program then performs the operation that user has requested and
prints the result out on the display. The program again prompts the
user menu.
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27-April-2004
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This is your 3rd assignment and
it is due on 4 May 2004, Tuesday, between 14:00 - 16:00 pm.
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You should make a program demo to your
assistant Engin Tozal in the lab by running your program until the
due date and time. |
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If you don’t do this demo and answer
your TA’s questions in the lab, your homework will not be graded,
and you will get a 0 grade. |
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Story:
Daphnodrome is an object which has existence in four-dimensional
space. It is said that black-holes consists of infinite number of
daphnodromes which has different dimensions. When a particle moves
into a black hole even light photons; they are absorbed and do not
turn back or pass the black holes. This is related to daphnodromes;
because those daphnodromes which may be quite small are able to
absorb photons or objects as huge as earth. When it absorbs an
object it changes its dimensions. Hyper-volume is a metric used to
give ideas about existence of daphnodrome in four dimensional
spaces. And the hyper-volume formula is:
(dimension1 - dimension2) *
(dimension2 + dimension3 + 1) / dimension4
Note: Hyper-volumes may be negative
or positive values.
Problem:
Write an assembly program that
prompts the user for four dimensions of a daphnodrome and then
calculates and print-outs the hyper-volume of it.
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13-April-2004
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You will take your first midterm on
next Monday, 19 April 2004, in class. |
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The second hw assignment is due on 20
April 2004, Tuesday,
until 5 pm. You will also show your programs to your TA in the lab.
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10-March-2004
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Here is your first homework assignment: HW1.
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It is due on 19 March 2004, Friday,
until 5 pm. |
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This is definitely an individual
assignment. A team work will not be tolerated. If a similar
solution is found in assignments, those will get a 0 grade!
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23-February-2004
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Welcome to CENG 252
Computer Organization! In this course you will
learn the ISA level computer architecture using the assembly language of Intel x86 microprocessor family. We will also look at
the components of microprocessor-based systems and the main hardware
features of Intel x86 microprocessor family. |
Course Materials
(Lecture Slides)
Lecture Slides
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Purpose: To allow better concentration in lecture by reducing
note-taking pressure and to provide a study-aid before (unfortunately
not this year) and after lecture.
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Disclaimers: (a) I may not follow these
slides exactly in class. (b) Students are responsible
for what I say in class. (c) Reading these slides is
not a substitute for attending lecture.
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Date |
Lecture |
Topics Covered |
| 23/2 |
Overview
Lec 1 |
Course Overview, Views of Computer Systems, Processor Based System,
Processor, Memory, Input/Output, Interconnection: The Glue, Historical
Perspective, Technological Advances. |
| 2/3 |
Lec 2 |
Introduction
to Memory Basics and Memory System Design: Introduction to Memory
Basics, Memory Design with D Flip Flops, Memory System Design for
Microprocessors, Designing Larger Memories. |
| 9/3 |
Lec 3 |
Introduction
to Microprocessor Architecture and Operation: Basic Microprocessor
System Concepts, Microprocessor Architecture and Operation, Intel 8085
Microprocessor, 8085 Microprocessor Based System, Isolated I/O Using IN
and OUT Instructions, Memory Mapped I/O, Programmable I/O and 8255.
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| 22/3 |
Lec 4 |
Introduction to Intel 80x86
Architecture:
External Architecture of 8088/8086, Internal Architecture, Memory
Architecture, I/O Operations |
| 29/3 |
Lec 5 |
Elements of Assembly
Language Programming: Assembly Language Statements, How to Assembly,
Link, and Run a Program, Where are the Operands?: An Introduction to
Addressing Modes. |
| 6/4 |
Lec 6 |
Addressing Modes:
32-Bit and 16-Bit Addressing, Simple Addressing Modes, Direct Addressing
Mode, Register Indirect Addressing Mode, Based and Indexed Addressing
Modes, Based-Indexed Addressing Mode |
| 13/4 |
Lec 7 |
Basic Instructions:
Data Transfer Instructions, Integer Addition and Subtraction,
Multiplication, Division, Addition and Subtraction of Larger Numbers |
| 3/5 |
Lec 8 |
Branching and Looping:
Unconditional Jumps,
Conditional Jumps, Compare Instructions and If Structures,
Implementing Loop Structures, For Loops in
Assembly Language, Arrays |
| 11/5 |
Lec 9 |
Procedures:
The 80x86 Stack, Procedure Body, Call and Return, Parameters and Local
Variables, Call and Return, Parameters and Local Variables |
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Homeworks, Exams and Solutions
References
History
X86
Logic Design
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