| Document Date: 2005-05-29 19:49:58
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City Clayton / Bristol / Lausanne / Melbourne / / Company Method / OmniVision Technologies Inc. / Biomimetic / Equipment Although / PIC 16F876 / / Country Australia / United Kingdom / / Facility Carnegie-Melon University / University of Florida / Monash University / / IndustryTerm low complexity image processing / post processing stage / vision processing system / higher level processing systems / video telemetry systems / conventional procedural software routines / post-processing angle / image processing board / image processing capabilities / later processing / inertial measurement systems / software loop / ground equipment / imaging / airborne equipment / stretched rubber tube / image processing / airborne processor / control systems / post-processing / image processing system / image processor / / Organization Carnegie-Melon University / Centre for MAV Research / Monash University / Congress / Department of Electrical / University of Florida / / Person Terry Cornall / Michel Terre / Egan References / Greg Egan Using / Greg Egan / Greg Egan Angle / Xavier Noreve / Luc Fety / Anthony Rowe / Greg Egan Distance / Chuck Rosenberg / Illah Nourbakhsh / / / ProgrammingLanguage C / / ProvinceOrState Victoria / Florida / / SportsEvent ufl / / Technology FPGA / low-powered processor / image processing system / GPS / laptop computer / digital video / image processing / Digital Camera / simulation / airborne processor / CMUCam image processor / / URL http /
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Department of Electrical and Computer Systems Engineering Technical Report MECSE