Logistikos Engineering Llc
Retired and and Consultant
Exelis 2011 - Dec 2015
Chief Scientist
Geospatial Systems 1995 - Nov 2011
Staff Scientist
Santa Barbara Research Center 1985 - 1995
Senior Scientist, Advanced Development Programs
Hughes Electro-Optical Systems Division 1979 - 1985
Senior Member of the Technical Staff
Education:
Stanford University 1975 - 1979
Master of Science, Masters, Electrical Engineering
University of Rochester (Ny) 1971 - 1975
Bachelors, Bachelor of Science
Skills:
Sensors Systems Engineering Aerospace Engineering Management Space Systems Systems Design Program Management Testing Simulations Optical Engineering Image Processing Design of Experiments Optics Remote Sensing Spacecraft Integration Business Development R&D System Design Proposal Writing Science Earned Value Management Digital Imaging Requirements Management Photonics Dod Engineering
Interests:
Exercise Sweepstakes Home Improvement Reading Shooting Gourmet Cooking Sports Food Home Decoration Health Photograph Diy Cooking Cruises Outdoors Electronics Crafts Fitness Music Camping Dogs Movies Kids Medicine Cats Woodwork Travel Career Investing Traveling
Languages:
English
Us Patents
System And Method For A Coelostat With Large Field Of Regard Optics
Perry Ramsey - Fort Wayne IN, US David Ball - Columbia City IN, US Paul Griffith - Fort Wayne IN, US David Edwin Lund - Fort Wayne IN, US Donald David Gregory - Fort Wayne IN, US Loren Woody - Fort Wayne IN, US
Assignee:
ITT Manufacturing Enterprises, Inc. - Wilmington DE
International Classification:
G02B 23/00 G03B 21/00
US Classification:
359399, 353 3
Abstract:
An optical imaging system includes a non-gimbaled telescope attached to a platform configured for outer-space orbit. Attached to the platform is a coelostat that is positioned in front of the aperture of the telescope. The coelostat includes two connected mirrors. Mirror one receives light from a scene of interest and mirror two receives light from the first mirror and transfers that light to the aperture of the telescope. The coelostat rotates 360 degrees around the azimuth axis. Additionally, mirror one rotates around the elevational axis to provide the entire system with a large field of regard.
Laser Counter-Measure Using Fourier Transform Imaging Spectrometers
Peter J. Wheel - Fort Wayne IN, US Loren M. Woody - Fort Wayne IN, US
Assignee:
ITT Manufacturing Enterprises, Inc. - Wilmington DE
International Classification:
G01B009/02
US Classification:
356456
Abstract:
In an imaging system providing an image of a target of interest, a method of reducing interference from a laser beam includes the steps of: (a) receiving optical energy from the target of interest and the laser beam; (b) forming an interferogram of spectral energy, at each spatial position of an image, based on the optical energy received in step (a); (c) detecting the interferogram of spectral energy, at each of the spatial positions, to provide a corresponding spectral band of intensity values; (d) selecting an intensity level in the spectral band, detected in step (c), that is greater than a predetermined value, and reducing the selected intensity level; and (e) forming an image of the target of interest, after reducing the selected intensity level of step (d).
Loren Woody 1996 graduate of Chillicothe High School in Chillicothe, MO is on Classmates.com. See pictures, plan your class reunion and get caught up with Loren and other high ...