
IT 101
Section 001: FALL 2007
SYLLABUS
| LECTURE NOTES | HOMEWORK | USEFUL LINKS | ANNOUNCEMENTS
Instructor: Dr. Anna Baraniecki
E-mail: abaranie@gmu.edu
Class: T, R 1:30-2:45 FAB B106
Office Hours: by appointments
T, R 2:45-3:15 Room 435 ST2
TA: Wook Jung
E-mail:wjung@gmu.edu
TA Office Hours:
TA Office:
SYLLABUS
Course Description
This 3-credit course introduces students
to the fundamental concepts in information technology that provide the
technical underpinning for state-of-the-art applications. A perspective
on the range of information technology (IT) is presented. Historical development
and social implications of efforts in information technology form an integral
part of the course
Course Outline:
1. Introduction to information technology
Information, messages
and signals
2. Examples of information systems
3. The significance of digital technology
4. Fundamentals of binary representation
and information coding
binary coding
analog to digital conversion
5. Computer architectures
6. Computer networking
7. Telecommunications
Grading Policy:
Mid-term 1 20%
Mid-term 2 20%
Final exam 30%
Homework 15%
Quizes 15%
Required textbook:
D. Cyganski, J. Orr, “Information Technology:
Inside and Outside", Prentice Hall 2000.
Lecture
Notes
lecture 1 ppt
lecture 2 ppt
lecture 3 ppt
lecture 4 ppt
lecture 5 ppt
lecture 6 ppt
lecture 7 ppt
lecture 8 ppt
lecture 9 ppt
lecture 10 ppt
lecture 11 ppt
lecture 12 ppt
lecture 13 ppt
lecture 14 ppt
lecture 15 ppt
lecture 16 ppt
lecture 17 ppt
lecture 18 ppt
lecture 19 ppt
Homework
homework 1
homework 2
homework 3
homework 4
homework 5
homework 6
homework 7
- All exams will be closed notes, closed book, only calculators will be allowed. Make sure to bring a calculator and scantron to all the exams. Calculator sharing will not be permitted during any exam.
- Students without proper identification (Student ID, Drivers license, etc) will not be admitted to any exam.
- No student will be allowed to leave the classroom within the first 30 minutes of any exam.
- The final exam will be comprehensive, with an emphasis on the latter part of the course.
- Quizzes may be administered at any time during the lecture. It is highly encouraged that you come prepared for these quizzes beforehand. The content of the quiz will be announced approximately one week before the date that the quiz is to be held.
- Although attendance will not be recorded, it is assumed that you will attend all classes. It is imperative that you do so, as materials not present on the lecture slides will also be covered in class.
- All course materials may be accessed by visiting mason.gmu.edu/~abaranie/it101
- Important announcements may be posted on web so please make sure to follow the bulletin board periodically.
- There will be 7 homeworks that are strictly due at the beginning of the lecture on the specified due date. The homework assignment and its due date will posted on the web. You will need to complete the assignment on a scantron and bring the scantron in to class. Late submissions or homework via email will not be accepted except under highly legitimate circumstances. To compensate for any missed homework, the lowest homework grade will be dropped and only the highest 6 homework grade will be taken into account when calculating your overall grade
- The lecture slides are posted on web. It is highly advised that you print these notes and bring them to class. It is also advised that you go over these notes as well as read the respective chapters that will be covered in class beforehand.
- All students are under the Honor code. Please make sure you read the code to resolve any uncertainties. Any violation of the code will not be tolerated at any time.
- You may direct your questions to the instructor or to the Teaching Assistant during regular office hours. You may also request an appointment to meet with the instructor/TA if you are unavailable during these office hours.
- Make-up exams will only be given to students with highly legitimate excuses. You must present solid proof of your reasons to do so in advance.
- Students with special requests/circumstances need to contact the instructor within a week after these special circumstances arise.
- Cell phones and pagers must be turned off during the lecture.
- Eating and surfing on the Internet during class time is not permitted.
- Class participation is highly encouraged and fosters an interactive classroom environment.
- Any students with disabilities should contact the instructor during the first week of classes to make any necessary arrangements.
- The last day to drop the course with no tuition liability is September 11. The last day to drop with 100% tuition liability is September 28th. Please check the GMU academic calendar for further information.
- The CD-ROM that comes with the required textbook features some Java applets that may reinforce the concepts covered in class. It is encouraged that you take a look at the demos.
- It is very important for you to make sure you understand everything at the end of each lecture. Please do not hesitate to ask questions in class. Since there are a wide variety of topics covered in this course, it is also very important that you go over the materials after each class to make sure you fully understand the concepts. Do not wait until the exam to go over the materials.
Wishing you a great semester!
IT-101: Tentative Course Calendar and
List of Topics by Week:
Week 1
Course overview, The Digital Information Age
|
Tuesday |
August 28 |
Introduction |
Thursday |
August 30 |
Lecture
|
Week 2
Analog and Digital Information, Introduction to Representing Information in Binary, Conversion Between Decimal and Binary Numbers |
Tuesday |
September 4 |
Lecture |
Thursday |
September 6 |
Lecture |
Week 3
Converting Negative Integers and Alphanumeric Characters to Binary, Bits and Bytes, Introduction to Visual Representation of Information |
Tuesday |
September 11 |
Lecture
HW #1 Due |
Thursday |
September 13 |
Lecture
Quiz #1 |
Week 4
Converting Gray Scale and Color Images to Binary, Converting Video to Binary, Image and Video Specific Compression Techniques, exam review |
Tuesday |
September 18 |
Lecture
HW #2 Due |
Thursday |
September 20 |
Lecture and review |
Week 5
Compressing General Binary Data Streams, First Midterm exam |
Tuesday |
September 25 |
Lecture |
Thursday |
September 27 |
1st Midterm Exam |
Week 6
Detecting and Correcting Errors in Binary Data Streams, Introduction to Audio Information, Characteristics of Audio Signals |
Tuesday |
October 2 |
Lecture |
Thursday |
October 4 |
Lecture |
Week 7
No class on Tuesday
Audio Digitization
|
Tuesday |
October 9 |
No class (Monday classes meet that day) |
Thursday |
October 11 |
Lecture
HW# 3 Due |
Week 8
The Telephone System: Analog and Digital Systems, Cellular Telephony, Satellite Telephony, Satellites and Orbits |
Tuesday |
October 16 |
Lecture |
Thursday |
October 18 |
Lecture |
Week 10
Wire and Fiber Transmission Systems, exam review
|
Tuesday |
October 23 |
Lecture
Quiz #3 |
Thursday |
October 25 |
Lecture and review
HW #4 Due |
Week 11
Midterm exam, History of Computing |
Tuesday |
October 30 |
2nd Mid-term exam |
Thursday |
November 1 |
Lecture |
Week 12
Computer Hardware, Computer Software |
Tuesday |
November 6 |
Lecture |
Thursday |
November 8 |
Lecture |
Week 13
Types of Computer Networks, LAN Basics, WANs |
Tuesday
|
November 13
|
Lecture
HW #5 Due |
Thursday
|
November 15
|
Lecture |
Week 14
Internet Principles, VoIP and Convergence, Network Security Issues |
Tuesday
|
November 20
|
Lecture
Quiz #4 |
Thursday
|
November
22 |
THANKSGINING-no class |
Week 15:
Course Wrap-Up and Final Exam Review |
Tuesday |
November 27 |
HW #6 due |
Thursday |
November
29 |
Final Exam Review
HW #7 Due |
FINAL EXAM WEEK
|
Thursday |
December 13
|
Final Exam (1:30
p.m.) |
ANNOUNCEMENTS