Draper / The MIT Space Systems Laboratory / David W. Miller MIT Space Systems Laboratory / Naval Research Laboratory / Target / Dana / Texas Instrument / INTRODUCTION The MIT Space Systems Laboratory / /
Country
United States / /
Currency
pence / / /
Facility
University Nanosatellite Program4 / Naval Research Laboratory / ABSTRACT The MIT Space Systems Laboratory / Laboratory International / International Space Station / A library / ISS laboratory / D laboratory / / /
IndustryTerm
control algorithms / metrology class algorithms / attitude control algorithms / test equipment / Sphere micro-satellite architectures / inter-satellite communications / satellite-to-laptop communications / approach control class algorithms / certain new docking algorithms / software dependent / satellite inspection / control class algorithms / path planning algorithms / propellant balancing algorithms / glideslope algorithm / appropriate control algorithms / basic autonomy class algorithm / risk algorithms / glideslope type planning algorithm / distributed satellite / autonomy algorithms / control systems / collision avoidance algorithms / estimator algorithm / dead satellite / flight software / autonomous docking algorithms / software interface / beacon search pattern / lower class algorithms / /
NaturalFeature
Date Location Configuration Fall / Summer/Fall / /
Organization
MIT / Sphere Johnson Space Center / U.S. Securities and Exchange Commission / National Aeronautics and Space Administration / Department of Defense / /
Autonomous docking algorithm development and experimentation using the SPHERES testbed Simon Nolet*, Edmund Kong, David W. Miller MIT Space Systems Laboratory, 77 Massachusetts Ave., Rm[removed], Cambridge, MA[removed]ABSTRA