|
Class ID |
Class Name |
Course Description |
|
EE505 |
Semiconductor Principles I |
Simplified one-dimensional band theory
of solids. Valence and conduction band occupancy from Fermi-Dirac
statistics. Hole conduction and doping. Derivation of PN junction
volt-amp-temperature characteristic. DC and AC characteristics
of junction transistors derived from fundamentals. |
|
EE506 |
Advanced Electronic Circuits I |
Advanced analog circuitry. Operational
amplifiers, characteristics, limitations. Linear and nonlinear
applications. Feedback, stability criteria compensation, time
and frequency response. Waveform generation and shaping, timing,
comparison, arithmetic operations. |
|
EE507 |
Advanced Electronic Circuits II |
Advanced digital circuitry. Basic
logic operations, digital device families and characteristics.
Arithmetic, counting, memory, other MSI and LSI functions. Nummeric
display devices. Analog/digital conversion. |
|
EE554 |
Power Electronics |
Introduces the graduate student to
power electronics. Covers most uses of semiconductor devices
for the conversion and control of electric power: AC to DC, AC
to AC, DC to DC, and DC to AC conversions; DC and AC motor drives.
Semiconductor device characteristics and device protection. |
|
EE561 |
Digital Systems I |
Postulates and fundamental theorems
of Boolean algebra; algebraic and map methods for design of combinational
logic and simple sequential circuits; logic minimization methods;
introduction to system design using shift registers, counters,
etc. |
|
EE562 |
Digital Systems II |
Basic concepts from theory of finite-state
machines; analysis and synthesis of sequential circuits; study
of state assignment; synchronous and asynchronous machines; system
design using integrated circuits. |
|
EE563 |
Digital Systems III |
Synthesis of sequential circuits using
ROMs and RAMs for control logic. Introduction to computer organization
and design including selection of instruction set, register and
bus organization, and implementation of control logic with micro-programmed
control. |
|
EE564 |
Engineering Applications Of Expert Systems |
Knowledge representation. The process
of knowledge engineering. Areas in engineering for expert systems
applications. Implementing engineering projects that involve
a descision-making process, by using VP-Expert, a PC-based expert
systems tool |
|
EE585 |
Electronic Navigation Systems I |
Principles and theory of operation
of electronic navigation systems with emphasis on avionics; aircraft
instrumentation, VOR DME, Inertial, Omega, LORAN, ILS, MLS, TRANSIR,
GPS, air traffic control, and radar. |
|
EE661 |
Hardware Architecture Of Computers I |
Processor level design methodologies.
Computer arithmetric and number systems. Fixed- and floating-point
ALU design; bit-sliced ALU organization; high performance multifunction
array processors. Control organization and instruction sequencing;
control implementation techniques and control memory optimization.
Memory organization and virtual memories; address mapping; memory
allocation and replacement policies; segments, pages and files;
caches and associative memories. |
|
EE664 |
Digital Image Processing |
Image fundamentals and human visual
system; image radiometry, photometry, and colorimetry. Image
sensing and formation; imaging geometry, perspective transformations,
camera modeling and calibration, stereoscopic imaging. Neighbors,
connectivity, and distance measures. Image sampling, quantization,
and representation. Linear 2-D transformation techniques; DFT,
FFT, Hear, Hotelling, Walsh, Hadamard, and Hough transformations.
Image filtering and noise cleaning. Image enhancement and restoration.
Image detection and registration. Template matching. Image coding
and transmission. Image understanding systems. |
|
EE668 |
Knowledge-Based Systems In Engineering Design |
Advanced topics in knowledge representation.
Knowledge-based expert systems for designing, planning, and classification.
Expert systems integration with databases, neural networks, and
fuzzy logic systems. Languages for symbolic computation. |