|
Semester
|
Course No. |
Course Name |
Instructor |
Description |
|
Fall 2005 |
EE 560 |
Probability, Random Variables
and Processes
(3 credits) |
Dr. M. Kavehrad |
Review of probability theory and
random variables; random vectors; random processes; systems with random
inputs and the power spectrum; applications. |
|
Fall 2005 |
EE 568 |
Digital Communication I |
Dr. A. Yener |
Linear and non-linear digital
modulation techniques; performance in additive white Gaussian noise channel;
continuous phase modulation; optimum reception of digitally modulated
signals; bit error performance analysis. |
|
Fall 2005 |
EE 511 |
Engineering Electromagnetics |
Dr. J. Breakall |
Electromagnetic field theory;
fundamentals with application to transmission lines, waveguides, cavities,
antennas, radar, and radio propagation. |
|
Spring 2006 |
EE 578 |
Digital Communications II |
Dr. M. Kavehrad |
Baseband Pulse Transmission;
baseband systems optimization; bandlimited channel performances in ISI;
equalization; ZF, LMS, and MLSE; adaptive equalization; fading channels;
diversity; CDMA. |
|
Spring 2006 |
EE 554 |
Error-Correcting Codes |
Dr. J. J. Metzner |
Block, cyclic, and convolutional
codes; circuits and algorithms for decoding; application to reliable
communications and fault-tolerant computing. |
|
Spring 2006 |
EE 597e |
Multi-user Wireless
Communications |
Dr. A. Yener |
Introduction to multi-user
systems; F/TDMA, CDMA, SDMA; single user capacity and detection; MIMO
systems, capacity and detection; Uplink (Multiaccess) Channel; Downlink
(Broadcast) Channel; MU-MIMO systems; MUD; Interference Management in MU
systems. |
|
Summer 2006 |
EE 596 |
Independent Studies
(Wireless and Mobile Communication Networks) |
Dr. M. Kavehrad |
Based on Internship work at Intel JF, Hillsboro, OR. WiMAX Network
testing using TTCN. Network setup. |
|
Fall 2006 |
EE 562 |
Detection and Estimation Theory |
Dr. R. Nickel |
Detection decision theory, Bayes and Neyman -Pearson criteria, optimal receivers, classical estimation theory, signal-noise representations, optimum linear signal parameters estimation. |
|
Fall 2006 |
EE 458 |
Computer Networks |
Dr. T. La Porta |
Data transmission, encoding, link control techniques; communication network architecture, design; computer communication system architecture, protocols. |
|
Fall 2006 |
Math 484 |
Linear Programs and Related Problems |
Dr. L. Vaserstein |
Introduction to theory and applications of linear programming; the simplex algorithm and newer methods of solution; duality theory. |
|
Fall 2006 |
ENGR 588 |
Seminar for Teaching Assistants in Engineering |
Dr. P. Bigatel |
A seminar course considering instructional
issues and principles for engineering instruction and industrial training. |
|
Spring 2007 |
EE 579 |
Wireless & Mobile Communicatiosn |
Dr. M. Kavehrad |
Development of key wireless network systems
analysis and design tools utilizing telecommunications principles; current
and emerging mobile wireless techniques. |
|
Spring 2007 |
EE 553 |
Topics on Digital Signal Processing |
Dr. N. K. Bose |
Parametric modeling, spectrum estimation,
efficient transforms and convolution algorithms, multirate processing, and
selected applications involving non-linear and time-variant filters. |
|
Spring 2007 |
CSE 514 |
Computer Networks |
Dr. J. J. Metzner |
Network subsystems, ARPANET, SNA, DECNET,
network protocols (physical databank, network, transport, sessions,
presentation, application), routing and congestion control, network
optimization. |
