Professor Jeffrey Denenberg

Senior engineering executive, experienced in all aspects of the technology cycle from research through product delivery. Broad technology background with good communication skills and a successful track record in the definition, formation, and execution of forward looking programs. Special skills in hands-on management of innovation from concept to commercial success. Excellent teacher with a technical background in many areas of communications, electronics and computer technology.

1993 to Present: Denenberg Technology Services - Trumbull, Connecticut

President: Executive and technical consulting services.
Product Planning (Board of Directors since March 2000) for World Cyberlinks (Ronkonkoma, NY)
Develop new video conferencing systems for VC Solutions (Stamford, CT).
Research in active noise cancellation (several patents) for NCT (Linthicum, MD).

1995 to Present: Panam Communications - Bridgeport, Connecticut

Vice President and Chief Technology Officer: Establish the technology base for this Internet communications company

1994 to Present: Part-Time Professor at local universities: Fairfield University (EE Dept. Head 1998-2000),

University of New Haven, Sacred Heart University, and University of Bridgeport.
Electrical Engineering and Computer Science courses (Grad. and Undergrad.).

1990 to 1993: Noise Cancellation Technologies - Stamford, Connecticut

Vice President, Research and Development and Chief Technical Officer:
Develop NCT from an R&D company into a product based company. Expanded the NCT intellectual property base to 30 US patents (125 international patents).

1987 to 1989: Prodigy Services Company - White Plains, New York

Manager, Systems Technology: Improve the technology infrastructure supporting the Prodigy Interactive Personal Service. Developed the data compression system (Patented) used in the Prodigy Service.

1977 to 1987: ITT Advanced Technology Center - Shelton, Connecticut

1986 to 1987: Director, System Architecture

Direct research in loosely coupled, parallel processing computers.

1985 to 1986: Director, Technology Planning:

Identify and promote joint efforts in Office Automation with selected Computer Vendors.

1982 to 1985: Director, Learning Systems:

Direct a small group in AI/Pattern Recognition Research. Invented ( patented ) the Probabilistic Learning System.
Coordinated Industry/University relations (Yale and Stanford).

1977 to 1981: Manager, System Design:

Manage the Invention (patented), Design and Implementation of the ITT 1240, now ALCATEL's flagship telecommunications switch.

1971 to 1976: Bell Telephone Laboratories - Naperville, Illinois

Member of Technical Staff: Solve EMI/EMC Problems in Large Systems. Develop the System Clock for the No. 4 ESS (patented).
Develop the Top Level Design for the No. 5 ESS

1971 to 1976: Illinois Institute Of Technology - Chicago, Illinois

Adjunct Professor (part-time): Present graduate-level EE courses.

1969, 1970: Warwick Electronics, Inc. - Niles, Illinois

Senior Design Engineer: Develop the Phase-Locked-Loop, FM Stereo Demodulator (patented) which is still in use in most FM radios today.

1966: Motorola, Inc. - Chicago, Illinois

Design Engineer: Design the transmitter section of the MOCOM 10.

IEEE BTR Group, "The 1970 Outstanding Papers Award of the Chicago Spring Conference", for "On an Inductorless FM Stereo Multiplex Circuit using a Phase-Locked Loop".

ITT Corporation, "1985 Corporate Inventors Award", for "Inventing the ITT 1240," The principal telecommunications switching product of ITT (now a product of Alcatel).

Elected a Senior Member of the IEEE (1986).

America Computer Scientists Association's "Computer Scientist of the Year" (1996).

Twenty US. patents issued over a wide range of technologies (list attached) and two pending.

Eighteen technical publications (bibliography attached).

1. "On an Inductorless FM Stereo Demodulator Using a Phase Locked Loop," IEEE Transactions on Broadcast and Television Receivers, (November 1970).
2. "The Estimation of Spectral Moments", Ph.D. Thesis, Illinois Institute of Technology, (May 1971).
3. "Estimation of Spectral Moments," Proceedings of the Ninth Annual Allerton Conference on Circuit and System Theory, Champaign, Illinois, (October 1971).
4. "Uncertainties in Coherent Measurement of the Mean Frequency and Variance of the Doppler Spectrum from Meteorological Echoes," 15th Radar Meteorology Conference, (October 1972).
5. "The Power Mean Frequency Estimator: Another Approach to the FM Detector," IEEE Transactions on Broadcast and Television Receivers, BTR-20, No. 3, (August 1974).
6. "Spectral Moment Estimators: A New Approach to Tone Detection," Bell System Technical Journal, Vol. 55, No. 2, (February 1976).
7. "A Digital Switch for a Wide Range of Application," Proceedings of the 1980 International Conference on Communications, Seattle, Wash.,(June 1980). Reprinted in a supplement to Electrical Communication, Vol. 55, No. 2, (February 1981).
8. "Fully Distributed Control: An Approach Leading to Flexibility in Application," Proceedings of the 1981 International Switching Symposium, Montreal Canada, (September 1981).
9. "The ITT 1240 Digital Exchange Architecture," Electrical Communication, Vol. 56, No. 2/3, (January 1982).
10. "Application of a Sequential Pattern Learning System to Connected Speech Recognition," Proceedings of the IEEE 1985 International Conference on Acoustics, Speech, and Signal Processing, Tampa, Fla., (March 1985).
11. "A New Model for Performance Analysis of Large Scale Multi-microcomputer Networks," 6^th Phoenix Conference on Computers and Communications, Phoenix AZ, (February 1987).
12. "Anti-Noise, Quieting the Environment with Active Noise Cancellation Technology," IEEE Potentials, Vol. 11, No. 2, pp. 36-40, (April 1992).
13. "Quieting Heavy Machinery With Noise Cancellation Technology," 43^rd Annual Earth Moving Conference, Peoria Illinois, SAE paper No. 920921, (April 1992).
14. "Lärm Kontra Lärm" (Noise Against Noise - in German), Elektronic, Vol. 41, No. 19, pp. 44-48, (September 1992).
15. "A Selective Noise Canceling Headset For Use In Emergency Vehicles," INCE/Japan (in Japanese), Vol. 17, No. 2, (April 1993).
16. "Quieting a Natural Gas Pipeline Compressor Station Using Active Noise Cancellation," Pipeline Magazine, (January 1994).
17. "Emerging Technologies," Chapter 21 in Guide to the Energy Policy Act of 1992, Fairmont Press/Prentice Hall, ISBN 0-13-301359-6, (January 1994).
18. "Noise Cancellation Systems," Chapter 34 in Automotive Electronics Handbook, 2nd Edition, ISBN 0-07-034453-1, McGraw-Hill, (January 1999).