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Mobile robot / Unmanned aerial vehicle / Autonomous robot / Micro air vehicle / Aircraft / Robotics / Robot / Helicopter / Blimp / Aerospace engineering / Aviation / Flight


AUTONOMOUS UNMANNED VEHICLES SYSTEM INTERNATIONAL SYMPOSIUM, AUG. 3-5, 2004, ANAHEIM USA 1 Flying Insect Inspired Vision for Micro-Air-Vehicle Navigation
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Document Date: 2008-10-12 15:57:37


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City

Orlando / Washington / D.C. / New Orleans / San Francisco / ANAHEIM / Seoul / Washington D.C. / Detroit / Lausanne / Baltimore / Taipei / Bristol / Verlag Berlin / Sydney / /

Company

Sharp / Reno NV / McGraw-Hill / /

Country

Taiwan / Switzerland / United States / Australia / Korea / United Kingdom / /

Currency

USD / /

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Facility

World Trade Center / Drexel University / /

IndustryTerm

rescue applications / tilt-rotor systems / satellite signals / communication devices / wireless video / imaging / airlifting communication devices / /

Organization

Congress / Advanced Research Projects Agency / Philadelphia PA / Drexel University / /

Person

Paul Y. Oh / /

/

Position

rotor forward / sensor and motor controller / forward / controller / /

Product

VTOL / /

ProvinceOrState

Maryland / Florida / /

Technology

laser / flow control system / GPS / ultrasound / /

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