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X-WR-CALNAME:RIT CIS - Center for Imaging Science |  June 24 2012- July 24 2012
PRODID:-//strange bird labs//Drupal iCal API//EN
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DTSTAMP;VALUE=DATE-TIME:20130524T132907Z
DTSTART;VALUE=DATE-TIME:20120717T180000Z
DTEND;VALUE=DATE-TIME:20120717T200000Z
UID:http://www.cis.rit.edu/node/934
URL;VALUE=URI:http://www.cis.rit.edu/node/934
SUMMARY:Jason S. Smith Ph.D. Dissertation Defense Tuesday\, 17 July 2012 1\:00pm. DIRS LAB 3215
DESCRIPTION:<p align=\\"center\\">Chester F. Carlson Center for Imaging Science</p><p align=\\"center\\">Ph.D. Dissertation Defense</p><p align=\\"center\\">&nbsp\;</p><p align=\\"center\\"><strong>Jason S. Smith</strong></p><p align=\\"center\\">&nbsp\;</p><p align=\\"center\\"><strong>An Evaluation of Multi-Spectral Earth Observing</strong></p><p align=\\"center\\"><strong>Multi-Aperture Telescope Designs</strong></p><p align=\\"center\\"><strong>for Target Detection and Characterization</strong></p><p align=\\"center\\">&nbsp\;</p><p align=\\"center\\">Dr. John Schott\, Advisor</p><p align=\\"center\\">&nbsp\;</p><p align=\\"center\\"><strong>Tuesday\, 17 July 2012 – 1\:00pm.</strong></p><p align=\\"center\\">DIRS LAB 76-3215</p><p>&nbsp\;</p><p align=\\"center\\"><strong>ABSTRACT</strong></p><p>&nbsp\;</p><p>Earth observing satellites have fundamental size and weight design limits since they must be launched into space.&nbsp\; These limits serve to constrain the spatial resolutions that such imaging systems can achieve with traditional design strategies. Segmented- and sparse-aperture imaging system designs may offer solutions to this problem.&nbsp\; Segmented- and sparse-aperture system designs can be viewed as competing technologies\; both approaches offer solutions for achieving finer resolution imaging from space.</p><p>&nbsp\;</p>
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