Dr. Jeffrey O. Coleman
 |
| ongoing research collaborations
in array-antenna pattern synthesis and digital signal processing (DSP) |
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| second-order cone programming for array-pattern and filter optimization,
high-performance digital filters with simple structures esp. multiplierless |
| my own list with links to abstracts and preprints: |
http://alum.mit.edu/www/jeffc/pubs/publist.html |
| search using Google Scholar: |
http://tinyurl.com/lwnxw5j (forwards to a long URL at scholar.google.com) |
| search IEEE Xplore: | http://tinyurl.com/hrb65cl (linked to a long URL at ieeexplore.ieee.org) |
| search at the US Patent and Trademark Office: |
http://tinyurl.com/kz4g2au (forwards to a long URL at patft.uspto.gov) |
| publications and citations tabulated by Google Scholar: |
http://scholar.google.com/citations?user=T-LkSGkAAAAJ |
| works published in 1985, 2001, 2007, 2008, and 2013 recognized
by the Naval Research Laboratory's Alan Berman Research Publication Awards |
| 1994 National Science Foundation Research Initiation Award |
| Nov 2013– | retired |
| 1997–2013 | Naval Research Laboratory,
Radar Division
Head, Code 5328, Signal Processing Theory & Methods Section |
| 1992–1997 | Michigan Technological University
assistant professor, Dept. of Electrical Engineering taught undergrad comm, graduate probability, graduate digital comm. highest ratings in department for graduate teaching |
| 1985–1992 | The Boeing Company
software engineer, USAF project DSP at the High Technology Center |
| 1978–1985 | Naval Research Laboratory,
Radar Division
Radar Analysis Branch |
| 1975–1978 | (several companies)
RF, analog, and digital circuit design for receivers and modems |
| 1991 | Ph.D. | University
of Washington
3.96/4.0, 14 quarters of mathematics, mostly analysis, and a filter-optimization dissertation |
| 1979 | MSEE with honors | Johns Hopkins University
4.0/4.0, coursework in signal processing and computer science, the latter nearly enough to major |
| 1975 | SBEE | Massachusetts Institute of Technology
4.74/5.0, course 6.1 with an emphasis on analog circuit design |