Robotic Rotorcraft and Perch-and-Stare: Sensing Landing Zones and Handling Obscurants

First Page		Document Content
Date: 2008-10-12 15:57:38 Aerodynamics Helicopter Rotorcraft Flight Unmanned aerial vehicle Yaw Flow sensor Aerospace engineering Aircraft Fluid dynamics		Robotic Rotorcraft and Perch-and-Stare: Sensing Landing Zones and Handling Obscurants Add to Reading List Source URL: prism2.mem.drexel.edu Download Document from Source Website File Size: 563,58 KB Share Document on Facebook

	201 EFFECT OF ASPECT RATIOS ON LONGITUDINAL AND LATERAL MOTIONS OF UNMANNED AERIAL VEHICLE E. J. Abdullah, M. R. Ajir , M. T. Ahmad and M. N. Filipski,. Aerospace Engineering Department, Universiti Putra Malaysia, Serda DocID: 1uZuh - View Document
	Foresight: Remote Sensing For Autonomous Vehicles Using a Small Unmanned Aerial Vehicle Alex Wallar, Brandon Araki, Raphael Chang, Javier Alonso-Mora, and Daniela Rus Abstract A large number of traffic accidents, especi DocID: 1uRRh - View Document
	Diseño, construcción y control manual y autónomo de un vehículo aéreo no tripulado Design, construction and manually or autonomously control of an unmanned aerial vehicle Marcos Sagrera1, Vicente Tuyaré2, Gustavo C DocID: 1tUxn - View Document
	PRECISION AG APPLICATIONS SenseFly UAVs (Unmanned Aircra3 Vehicle) as Aerial Mapping and Precision AG Pla DocID: 1sryU - View Document
	UAV ID System UNMANNED AERIAL VEHICLE (UAV) ID SYSTEM DocID: 1sqmY - View Document