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Associate
Professor and Advisor for IEEE Student Branch
Office:
Jobst 320
Tel:
677-2734
Current
Research Interest:
Integration
of GPS and inertial navigation systems, simulation and implementation of channel coding and decoding, system
applications of neural networks ( especially in communication and control), and
wireless communication systems. Recent work includes modeling of inertial sensors and design of
complimentary filters of navigation sensors.
Graduate
Courses Instructed:
EE 530 Random Variables and Signals
EE 531 Communication Theory
EE 532 Digital Communication (originally information theory)
EE 643 Optimal Control Systems
EE 681, EE 682, and EE
699
Professor
Office:
Jobst 337
Tel:
677-2933
Current
Research Interest:
Real-time
system identification, mathematical modeling of dynamic systems, robust
control of multivariable systems, and rapid prototyping of control algorithms
using embedded system development tools. Recent industry work was on
application of advanced multivariable control theory concepts to electronic
management systems for diesel engines at Caterpillar. Teaching interests
include continuous-time and discrete-time control system theory and design,
and development of prototype physical plant models for control
experimentation.
Graduate
Courses Instructed:
EE 540 Dynamic System Analysis
EE 642 Digital Control Systems
EE 691/692 Modeling and Simulation
EE 681,
EE 682, and
EE 699
Associate
Professor
Office:
Jobst 339
Tel:
677-2801
Current
Research Interest:
Research interests include application of neural networks to control and
signal processing applications. Before coming to Bradley in 1992, he had
been an electrical design engineer in the telecommunications area for ten
years. Recent industry work has included hydraulic controller design for the steering, tilt,
and lift systems for a wheel loader and investigation of a neural network method for
engine diagnostics. Both projects were supported by Caterpillar.
Teaching interests include control theory and neural networks.
Graduate
Courses Instructed:
EE 501 Principles of Electrical Engineering Design
EE 535 Artificial Neural Networks
EE 681,
EE 682,
and EE
699
Chairman
Office:
Jobst 335
Tel:
677-2727
Current
Research Interest:
Electromagnetic based sensors.
Application of wireless communication systems.
Graduate Courses Instructed:
EE 555 Optical Fiber Communications
Associate
Professor
Office:
Jobst 340
Tel:
677-2756
Current
Research Interest:
Acoustic
Systems - Design, Modeling, and Measurements.
Graduate
Courses Instructed:
EE 681, EE 682, and EE
699
Associate
Professor
Office:
Jobst 328
Tel:
677-2776
Current
Research Interest:
Embedded Systems, Computer Networks, Web Programming, and Computer Simulation and Modeling.
Graduate
Courses Instructed:
EE 691/692 Mobile Navigation with SLAM
EE 691/692 C and RTOS for Embedded Systems
EE 691/692 Linux for Embedded Systems
EE 691/692 Network Programming for Embedded Systems
EE 691/692 Web Based Control
EE 681, EE 682, and EE
699
Professor
and Graduate Program Coordinator
Office:
Jobst 334
Tel:
677-2733
Current
Research Interest:
Wireless
Telecommunications, Radio Frequency and Microwave Circuits and Systems, Monolithic Microwave
and Millimeter Wave Integrated Circuits, and Active & Passive Antennas
Graduate
Courses Instructed:
EE 550 Electromagnetic Waves and Antennas
EE 551 Radio Frequency Circuit Design
EE 691 RF Communication Laboratory
EE 692 Wireless Communication Systems
EE 651 Advanced Electromagnetic Theory
Microwave Devices and MMICs ( Independent study ).
EE 681, EE 682, and EE
699
Associate
Professor
Office:
Jobst 331
Tel:
677-3205
Current
Research Interest:
Fault
diagnosis, fault tolerance, artificial intelligence, and VLSI testable
designs. In fault diagnosis, algorithms are developed for the computer aided
system level testing. In fault tolerance, digital systems are designed and the
mean time to failure is determined. It is then compared with the predictions
based on the Markov model. In artificial intelligence, inference engines are
built to perform the task of fault analysis, if the system fails. In VLSI
testable design, VLSI circuits are self tested by employing a built-in testing
mechanism. These circuits are then sent for chip fabrication at MOSIS.
Graduate
Courses Instructed:
EE 561 Digital systems: Logic Design
EE 562 Digital systems: Computer Structures
EE 563 Advance Electronics: VLSI System Design
EE 567 Advanced VLSI Design
EE 568 Digital systems: VHDL Design
EE 692 Reliable Digital System Designs
EE 681, EE 682, and EE
699
Professor
Office:
Jobst 332
Tel:
677-2707
Current
Research Interest:
Object
Oriented Design and Programming of Embedded Systems. Specific interests
include developing objects to represent I/O devices in embedded control
processors and using UML ( Unified Modeling Language ) as a mechanism to
represent these designs. Development of distance learning, especially remote laboratory access.
Graduate
Courses Instructed:
EE 565
Intel X86 and PC architecture and busses
EE 566
Motorola 16 and 32 bit architectures and one board computers
Object
Oriented Programming of Embedded Systems - This course covers Object Oriented
Design and Programming Using C++ with an emphasis on Embedded System uses.
The secondary emphasis is design using Use Cases.
EE 681, EE 682, and EE
699
Professor
Office: Jobst
322
Tel: 677-2730
Current
Research Interest:
Research
interests are in the areas of communication theory, digital signal processing
and the application to problems in the nondestructive evaluation of materials,
fault diagnosis, digital communication, and FPGA synthesis of modulation techniques.
Graduate
Courses Instructed:
EE 530 Random Variables and Signals
EE 531 Communication Theory
EE 532 Digital Communication
EE 534 Digital Signal Processing
EE 681, EE 682, and EE
699
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