Foreign/specialty student services and employee benefit coordinator
Education
School / High School:
University of South Florida- Tampa, FL
2007
Specialities:
Bachelor of Arts in Theatre Management
Skills
Technical Writing • Business Writing • Creative Writing • Marketing • Publicity • Microsoft Word • Microsoft Excel • Microsoft Power Point • Microsoft Access • Campus Vue • Tamlisma • eCollege • Blackboard • Miller Heiman • Interaction Client • OASIS • GEMS • Docusign • People Soft • Ambassador • Social Media • Share Point • Training • Tutoring
Us Patents
Scannerless Ladar Architecture Employing Focal Plane Detector Arrays And Fm-Cw Ranging Theory
Barry Stann - Silver Spring MD William C. Ruff - Baltimore MD Zoltan G. Sztankay - Rockville MD
Assignee:
The United States of America as represented by the Secretary of the Army - Washington DC
International Classification:
G01C 308 H04N 718
US Classification:
356 509
Abstract:
A laser transmitter is amplitude modulated with a chirp signal to illumin an entire scene or field of view. A mixing process occurs in the received light path using an electro-optic light modulator positioned just in front of the focal plane detector array. The detector array detects and integrates the mixed light signal over some field of view. Numerous image frames are recorded periodically in the time over the FM period. The Fourier transform taken over time for a pixel establishes the range to the target in that pixel. Performing the Fourier transform for all pixels yields a three-dimensional image of objects in the field of view. Such an arrangement yields a scannerless ladar possessing high range resolution with no range ambiguities.
Barry L. Stann - Silver Spring MD William C. Ruff - Baltimore MD Zoltan G. Sztankay - Rockville MD
Assignee:
The United States of America as represented by the Secretary of the Army - Washington DC
International Classification:
G01C 308 G01S 1308
US Classification:
356 509
Abstract:
In a high range resolution ladar, a chirp signal waveform is propagated as a divergent laser light waveform and the target reflected return is collected and converted to a current proportional to power. An undelayed chirp signal is added in a mixer to the return current and then low pass filtered to recover a mixed intermediate frequency (IF) signal having a frequency proportional to the target range. Periodically, the light circuit is interrupted and the chirp signal is processed through the mixer and low pass filter without a target return current and this output, the mixer self-clutter, is stored. This stored self-clutter signal is subsequently subtracted from the mixed IF signal on a chirp by chirp basis to cancel the self-clutter produced by the mixer. The subtracted signal is then frequency analyzed to determine target range.
Jan 2011 to 2000 Foreign/Specialty Student Services and Employee Benefit CoordinatorEducation Corporation of America Tampa, FL Apr 2009 to Jan 2011 Assistant Associate Director of AdmissionsCapital One Auto Finance Tampa, FL Jun 2007 to Apr 2009 Senior Account Manager/Quality Assurance CoachDarden Restaurants Tampa, FL May 2006 to Apr 2009 Lead Host/Manager on DutyUniversity of South Florida Tampa, FL Oct 2003 to Jan 2006 Alumni Giving Associate
Education:
University of South Florida Tampa, FL 2007 Bachelor of Arts in Theatre Management
Skills:
Technical Writing, Business Writing, Creative Writing, Marketing, Publicity, Microsoft Word, Microsoft Excel, Microsoft Power Point, Microsoft Access, Campus Vue, Tamlisma, eCollege, Blackboard, Miller Heiman, Interaction Client, OASIS, GEMS, Docusign, People Soft, Ambassador, Social Media, Share Point, Training, Tutoring