e-mail: reddygn@hal.lamar.edu

AREAS OF EXPERTISE

·        Micro-electronics: VLSI, VHDL, FD-FTD, CAD Tools

·        Industrial Automation & Process Control

·        Instrumentation

·        Virtual Systems

·        Computer Networks

·        Artificial Neural Networks & Fuzzy logic

·        Digital Signal Processing (DSP)

·        Design of Interactive-Dynamic Web-Sites

·        Remote Sensing

·        Design of Instructional Tools for Engineering Education

 

RESEARCH PROJECTS COMPLETED/UNDERWAY (Title, Agency, Dates, Dollars)

·        Back-propagation Neural Net Based Speech Recognition System, U.S. Army, 6/89-8/89, $14,200

·        A Tool Set for Modular Construction of a Speaker Independent Isolated-word Real-time, Speech Recognition System, U.S. Army, 6/89-7/90, $9,200

·        Development of a Computer Model for Time-Delay Neural Network (TDNN): STAS, U.S. Army, 5/90-4/91, $24,500

·        Case Studies on Time-Delay Neural Network Based Speech Recognition System, U.S. Army, 5/91-7/91, $17,200

·        A Robust Target Tracking System Using Artificial Neural Networks, Res Enh Grant, LU, 9/92-8/93, $5,000

·        Development of an Advanced Navigational Guidance System, Southern Avionics, 9/93-8/94, $22,000

·        A Human-like Pattern Recognition System Using Artificial Neural Networks, Res Enh Grant, LU, 9/94-8/95, $5,000

·        Laying Head Temperature Control Using Artificial Neural Networks, North Star Steel Texas, 10/94-9/95, $18,656

 

PUBLICATIONS

a.  Book manuscript

Reddy, G. N. Artificial Neural Network: theory, Computer simulation Programs, and Applications, NNSP, Beaumont, TX 1990-97

 

b.  Book chapter

Reddy, G. N. and D. M. Elmore (1989). Chapter 8: A CAD System to Design Micro programmed Processors. In: G.W. Zobrist (ed.) Progress in Computer-Aided VLSI Design Volume I, Ablex Publishing Company, Norwood, NJ pp. 2830302.

 

c.  Software tools for engineering education

1.      J. A. Jones and G. N. Reddy (1987).  A personal Computer Based AHPL simulator, Department of Electrical Engineering, Michigan Technological University, Houghton, MI, 1987.

This MTTU-Neural Ware: Simulation Package, distributed to over 150 universities worldwide.

 

4.      G. N. Reddy (1989). Michigan Tech Neural Network Simulation Package, Department of Electrical Engineering, Michigan Technological University, Houghton, MI May 1989.

 

12.  G. N. Reddy (1991). A PC-Based Time-Delay Neural Network (TDNN) Neural Net Simulator, Neural Net Software Products (NNSP), Beaumont, TX 1991

 

13.  G. N. Reddy (1992). A PC-Based Program to Simulate Neural Net Implementation of Traveling Salesman Problem, Neural Net Software Products (NNSP), Beaumont, TX 1992

 

14.  G. N. Reddy (1993). A Threshold Logic Simulator: Conventional and Neural Net Implementations, Neural Net Software Products (NNSP), Beaumont, TX 1993

 

d.  Selected Publication

1.      Reddy, G. N. and R. Kalyana Krishnan (1977), A 8080 Based digital Signal Averager for EEG Evoked Response Studies, 2^nd Annual Biomedical Engineering Society Meeting, June 14-15, Bangalore, India, pp.48-50.

 

2.      Saha, S. and G. N. Reddy (1980), A new non-contacting method for detecting stress waves, Proceedings of the 4^th SESA International Congress of Experimental Mechanics, pp. 50-51.

 

60.  Reddy, G. N. and Ning Yu (1995), A C++ Program for Adaptive Kalman Filter, International Conference on Computer Applications In Industry, Cairo, Egypt, December 4-7, 1995.

 

61.  Reddy, G. N. and Raghuram Kuchibhatla (1995), A Human-like Image Recognition System using Artificial Neural Networks, International Conference on Computer Applications In Industry, Cairo, Egypt, December 4-7, 1995.

 

62.  Reddy, G. N. and Wendell C. Bean (1999), A time Delay Neural Net Simulator To Detect Time-Domain Signals, IEEE-Fuzzy 2000, San Antonio, Texas May, 2000.

 

COURSES TAUGHT:
(Lamar University – LU: 1990-Present; Michigan Tech Univ. – MTU: 1983-89)

a.  Graduate

§         ENGR 5301: Kalman Filtering

§         EGR 6368: Digital Signal Processing

§         ENGR 6314: Computer Control & Instrumentation

§         EGR 5361: Computer Hardware Description Languages: VHDL

§         EGR 5301-30: Digital Hardware Design Using AHPL

§         ENGR 5360: Basic VLSI Design

§         ENGR 5361: Fault Diagnosis and Fault-Tolerant Design

§         ENGR 6362: CAD Tools for VLSI Design

§         ENGR 5301-34: Industrial Automation & Process Control

§         ENGR 5383: Instrumentation

§         ENGR 5301-39: Virtual Systems Design

§         ENGR 5301-32: Computer Networks Design

§         ENGR 6349: Artificial Neural Networks & Fuzzy logic

§         ENGR 5301-38: Remote Sensing

§         EE 563: Expert Systems

 

b.  Undergraduate                                                                   

§         ELEN 2300: Analog & Digital-logic Circuits

§         ELEN 426: Projects Design

§         ELEN 427: Projects Design

§         ELEN 4304-39: Computer-Aided Design (CAD): of VLSI/FD-FTD/Virtual Systems

§         EE 130: Circuit Design

§         EE 260: Introduction to Computer Engineering: Intel 8085, 86/286, 386, Motorola 6809, 68032

§         EE 360: Logic Design I

§         EE 362: Hardware Description Languages

§         EE 363: Computer Graphics

§         EE 467: Micro-Computer Peripheral Interfacing

§         EE 464: Real-Time Digital Computing

§         ELEN 4306: Microcomputers I

 

GRADUATE ADVISOR

Supervised 17 MS thesis and 2 Doctoral students