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NAVAL POSTGRADUATE SCHOOL MONTEREY,CALIFORNIA THESIS Approved for public release;distribution is unlimited.PATH CALCULA
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An Augmented Virtuality Display for Improving UAV Usability1 Nathan Rackliffe Brigham Young University nrackliffemitre
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DEVELOPMENT OF AUTONOMOUS UNMANNED AERIAL VEHICLE RESEARCH PLATFORM:MODELING,SIMULATING,AND FLIGHT TESTING THESIS Nidal
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Automated Launch,Landing and Refueling Technologies for Increased UGVUAV Effectiveness Katherine Mullensa,Aaron Burmeist
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Evolving SelfOrganized BehaviorforHomogeneous and HeterogeneousUAV or UCAV SwarmsTHESISIan C Price,Second Lieutenant,USA
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United States Government Accountability OfficeGAOTestimonyBefore the Subcommittee on Tactical Air and Land Forces,Commit
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UAV Team Decision and Controlusing Efficient Collaborative EstimationTal Shima,Steven J.Rasmussen,and Phillip ChandlerAb
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Presented byMr.Chuck RiechersSpecial AssistantOASDNIIPresented byMr.Chuck RiechersSpecial AssistantOASDNII
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Unmanned Aerial System,New System Manning Prediction by Bruce P.Hunn ARLTR3702 January 2006 Approved for public release
