notional robotic rescue devices / systems-of-systems / mission capable systems / Can technology / rotorcraft technologies / intelligent/robotic systems / technology investment / assets/equipment / rescue devices/systems / remote site / robotic/intelligent systems / target search areas / vehicle/systems / technology application domain / coupled systems / active/adaptive search / cargo handling equipment / efforts employing robotic rescue devices/systems / teleoperated/semiautonomous debris removal equipment / victim recovery equipment / potential robotic rescue devices / robotic rescue systems / adaptive systems / robotic technologies / control systems / fieldable telemedicine systems / propulsion systems / couple notional robotic rescue devices / hybrid manned ground/air systems / autonomous systems / prescribed search pattern / conventional ground transportation / rescue devices / technology demonstrations / technology investments / robotic systems / property/infrastructure / hovercraft/rotorcraft systems / robotic rescue devices / teleoperated/semiautonomous debris/recovery equipment / /
NaturalFeature
Duct Inlet / /
Organization
DRER mission / Representative Disaster Relief Missions/Tasks Mission / U.S. Government / defining/refining mission / National Aeronautics and Space Administration / Forest Service / Proof-of-Concept Assembly / /
Rotorcraft and Enabling Robotic Rescue Larry A. Young Mail Stop[removed], Aeromechanics Branch, Flight Vehicle Research and Technology Division NASA Ames Research Center Moffett Field, CA[removed]removed]1