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Department of Electrical and Computer Engineering
Assistant Professor Gregory R. Kriehn
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Objective
To provide a dynamic teaching and research environment as an Assistant Professor in RF Photonics, Adaptive Signal Processing, and Opto-electronics.

Education
     University of Colorado - Boulder, CO
Doctor of Philosophy in Electrical Engineering (August, 2003)
     Thesis:  Coherent Optical Signal Processing for Broadband Adaptive Phased-Array Antennas using the BEAMTAP Algorithm (dissertation.pdf)
Master of Science in Electrical Engineering (December, 1999)

     Rose-Hulman Institute of Technology - Terre Haute, IN
Bachelor of Science in Applied Optics (May, 1997)

Current Vitae (vitae.pdf)

Research Interests
     RF Photonics
     Adaptive Optical Signal Processing
     Optical Communication Systems
     Dynamic Holography and Photorefractive Crystals
     Optics and Opto-electronics

Research Group Members
     
Graduate Students
Gerald Van Peteghem Optical Holography using
     the Parallel-Tangents, Equal Curvature Condition

Nell Papavasiliou Optical Free-Space
     Communication System for Video Signals


     Undergraduate Students
David Alexander & Carl Buxman  Laser Control
     Panel for the Compass 315M

Elliott Johnson  Online Grader Program for ECE 71
     (Implemented in LISP)

Jason Martin  Linux RAID Server

Research Opportunities
Graduate and Undergraduate Students with an interest in optics, optical signal processing, and opto-electronics. Strong theoretical and experimental background desired.
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Collaborative Research
     University of Colorado, Boulder
Dr. Kelvin Wagner, Professor (KAOS)

Current Research
     Photorefractive Materials and their Applications Vol. 3:  Applications
"True-time-delay adaptive processing using photorefractive crystals"

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     Graduate/Undergraduate Student Research
•  Design of a Compass 315M Laser Control Panel*
•  Free-Space Opto-Electronic Communication Link*
•  Multi-Channel Fiber-Optic Communication Link*
•  Grant Writing Investment*

     Provost's Award 2005
 Polarization-Angle, Read-Write Multiplexing for Wide-Angular Aperture Holography

     Faculty Development
  Theoretical Optimization of Polarization-Angle, Read-Write Multiplexing for Dynamic Holography
•  2, Coherent 315M-100 Green DPSS Laser Systems

Contracts Awarded
     Pelco  Optical Free-Space Communication System for Video Signals
     Phase 1 Funding, Spring 2005
     Phase 2 Funding, Fall 2005

*Awarded by Edwards Air Force Base via Kenexa
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