ECE 459 - Fall 2016

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Announcements

Friday August 26, 2016
HW # 1 and updated office hours.

The first hw is here.
It is due on Tuesday, September 6 @ 10.50am.

The 2.30-3.30pm Monday office hours have been moved the rest of the semester to 5-6pm in room 3036.


Tuesday August 23, 2016
Review notes online.

The first review notes are up here.


Wednesday August 17, 2016
Welcome ECE 459 students!

To get started with the course, you can start reading carefully this website. You can find information about lecture, office hours, homework, exams, grading, etc. Please check this section for further announcements regularly.

Best wishes for the semester.


Review notes (last update: Tuesday, August 30, 2016)

Tables of impulse (delta) function
Table of important signals
Tables of Fourier series
Tables of Fourier transform

Lectures: TR, 9.30am-10.50am, 3013 Electrical & Computer Eng Bldg.

Lecture Attendance Policy: We invite relevant questions and comments during lectures. Address your questions and comments to the entire class; avoid disruptive behavior such as talking to neighbors, unless the instructor invites you to form discussion groups. Kindly turn off or mute cell phones, laptop computers, and other electronic devices during lectures.

Suggested (not required) textbook: Custom book for ECE459, ISBN: 978-1269807500 (available at IUB and TIS). It has only the chapters that we cover from the textbook: J. G. Proakis and M. Salehi, Fundamentals of Communication Systems, 2nd edition, Prentice-Hall, ISBN: 978-0133354850. You can use either one as a reference.


Tentative Course Outline
  1. Representation of Signals and Systems
    • Introduction
    • Review of the Fourier Transform and linear systems
    • Hilbert Transform and bandpass systems
  2. Analog Modulation
    • Amplitude modulation: AM, DSB, SSB, VSB
    • Angle modulation
  3. Random Processes
      Introduction to random processes
    • Distribution and density functions of random processes
    • Mean, auto-correlation, and auto-covariance functions
    • Stationary random processes, wide sense stationary random processes
    • Linear filtering of random processes
    • Gaussian random processes through linear systems
    • Frequency domain analysis of random processes in linear systems, power spectral density
    • Noise, narrow band noise
  4. Noise in Analog Modulation
    • Signal-to-noise ratios in analog modulation systems
  5. Digital Communication
    • Sampling, quantization, quantization noise
    • Pulse code modulation, DPCM, delta modulation
    • Baseband pulse transmission, detection error probability
    • Digital passband transmission (PSK, QPSK)