David W. Miller Massachusetts Institute of Technology / International Space Station / US Laboratory / MIT Space Systems Laboratory / THE PRESENCE OF ANOMALIES Amer Fejzic Massachusetts Institute of Technology / /
IndustryTerm
safety algorithm / control algorithms / estimation algorithms / software module / autonomous onboard docking control systems / space systems / software implementation / path planning algorithm / cold-gas thrusters / velocity control algorithm / different control algorithm / disabled satellite / real time / communications equipment / steady rotating target satellite / software modules / estimation algorithm / target satellite / different algorithms / real-time state / glideslope algorithm / rst algorithm / target space7 gation solution / /
Organization
Massachusetts Institute of Technology / /
Person
Louis Breger / David W. Miller / Simon Nolet / / /
Position
PID controller / PD/PID controller / /
ProvinceOrState
Massachusetts / /
Technology
velocity control algorithm / rst algorithm / remote sensing / control algorithms / glideslope algorithm / different control algorithm / Two different algorithms / IAC-08-C1.5.1 RESULTS OF SPHERES MICROGRAVITY AUTONOMOUS DOCKING EXPERIMENTS IN THE PRESENCE OF ANOMALIES Amer Fejzic Massachusetts Institute of Technology / safety algorithm / same algorithm / path planning algorithm / estimation algorithms / key enabling technology / encompassing algorithms / two algorithms / estimation algorithm / A. Glideslope Algorithm The glideslope algorithm / /
IAC-08-C1.5.1 RESULTS OF SPHERES MICROGRAVITY AUTONOMOUS DOCKING EXPERIMENTS IN THE PRESENCE OF ANOMALIES Amer Fejzic Massachusetts Institute of Technology, Cambridge, MA, United States [removed]