University of Bremen / Stanford University / Institute of Space Systems / /
IndustryTerm
manufacturing limit / pre-processing utilizing / metal / by-product / ight-like hardware / control algorithms / integrated satellite / scientific satellite mission / drag-free technology / software version / satellite-gyroscope interaction / scientific satellite missions / software spacecraft simulators / individual systems / cryopump device / High energy particles / technology advancements / technology spin-offs / science satellite missions / non-linear coupling algorithms / mission software simulator / satellite states / satellite system / control software simulator / /
MusicGroup
STEP / Gaia / /
Organization
Institute of Space Systems / pelivan@zarm.unibremen.de/W.W.Hansen Experimental Physics Lab / Center for Applied Space Technology and Microgravity / Stanford University / US Federal Reserve / W.W.Hansen Experimental Physics Lab / University of Bremen / Relativity Mission / GP-B mission / National Aeronautics and Space Administration / German Aerospace Center / /
Person
David Hipkins / Stephan Theil / Groll Gvalid / Sara Smoot / † David / Relativity Theory / George Pugh / Leonard Schi / /
Position
calculated controller / General / drag-free controller / /
AAS[removed]GENERIC DRAG FREE CONTROL SIMULATION – LESSONS LEARNED FROM GRAVITY PROBE B Ivanka Pelivan,* Sara Smoot,† David Hipkins† and Stephan Theil‡ A generic drag-free simulator has been developed to aid in t