| Document Date: 2011-08-03 10:57:30
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Company MIT Space Systems Laboratory / Space Systems Laboratory / Aerospace Controls Laboratory / / Country United States / / / Facility International Space Station / MIT SSL laboratory / MIT Space Systems Laboratory / / IndustryTerm energy consumption / satellite maneuvers / satellite experiments / flight hardware / path planning algorithm / formation flying technology / reconfiguration maneuver algorithms / energy energy leads / stage path planning algorithm / monolithic satellite / software package / path planning algorithms / energy / / Organization MIT / National Aeronautics and Space Administration / SPHERES ISS / ISS SPHERES / Micro-Arcsecond Xray Imaging Mission / / Position Professor / PD controller / / Technology formation flying technology / radiation / Laser / RRT-LS algorithm / two-stage path planning algorithms / RRT-GPM algorithm / RRT-LPM algorithm / 3-D / two-stage algorithms / reconfiguration maneuver algorithms / laptop computer / SPHERES algorithms / second algorithm / two-stage path planning algorithm / technology of multiple spacecraft / Two algorithms / two stage path planning algorithm / designed using two different two-stage path planning algorithms / solved using the RRT-LPM algorithm / /
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RECONFIGURATION MANEUVER EXPERIMENTS USING THE SPHERES TESTBED ONBOARD THE ISS Georges S. Aoude1 , Jonathan P. How2 , and David W. Miller3 1 Ph. D. Candidate, Aerospace Controls Laboratory, MIT, Cambridge, USA, Email: g