COE-342 Data and Computer Communications
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Final Exam: 7:30 am Monday January 12th, 2004 - location 7-121
Please note: the TA's email address is email@example.com and not as was reported in the programming assignment statement.
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Preliminary Final exam date: January 12th, 2003 - 7:30 AM
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Click here for course syllabus.
Exam dates are:
Students are responsible for the material in the textbook and that in the handouts, if any. The class notes and slides are just "notes"; they may not cover all required material. The book is the reference for the required material.
Below are a set of electronic class notes that are based on the textbook.
Chapter 1: Introduction, Topologies, and Protocols
Chapter 2: Protocols - The OSI Reference Model and the TCP/IP Stack
Chapter 3: Fourier Analysis - These slides are still under development - not final.
In addition you can refer to the following handout: Fourier Series Expansion and Filtering
Data, Signals and Transmission
Chapter 4: Transmission Media
These slides are originally for Stallings - I just added some explanatory text and modern (colored) illustrations
Chapter 5: Data Encoding - Modulation Techniques
Animation for PCM (the animations were provided by Forouzan)
Chapter 6: Data Communication Interface (Asynchronous/synchronous Transmission, V.24/EIA-232-F, ISDN interface)
Chapter 7: Data Link Control (Flow/Error Control Schemes and HDLC)
Animations for: stop-and-wait protocol, sliding-window protocol, CRC calculation, and HDLC (the animations were provided by Forouzan)
Chapter 8: Multiplexing (FDM and TDM)
Animations for: FDM, TDM, and Statistical TDM (the animations were provided by Forouzan)
These are the set of notes provided by the publisher. The original power point files are found at: ftp://ftp.prenhall.com/pub/esm/computer_science.s-041/stallings/Slides/DCC6e-Slides/
- Periodic signals - Period T and the relationship with the fundamental frequency f
- The DC component of a signal - The power of a periodic signal
- The Fourier series expansion of a periodic signal
- Computing the power of a signal using its Fourier series expansion - Computation of power of truncated signals
- Low/Band/High pass filtering (ideal)
- Introduces MATLAB programming language (code included in document)
The grader for this course is Mr. Sheikh Sirajuddin (firstname.lastname@example.org) - x. 1423 and he is located at 23-16
More detailed material at:
The MathWorks website - The makers of Matlab
These will be in response to some key inquiries and interesting remarks made during the lectures. It would be advantageous to explore these sites and getting yourself familiar with these topics:
Page still under construction - Last updated on 01/14/2004 .