Karl F. Böhringer University of Washington Depts / /
IndustryTerm
inter-satellite communication / technology advancement / precision control systems / thruster systems / Momentum devices / metal flywheel / communications-grade lasers / space hardware / autonomous servicing satellite / transportation / Satellite subsystems / satellite concept / bipropellant systems / micro-satellite / space systems / integrated wireless communication / satellite malfunction / communications transmitters / intelligent control systems / differential carrier phase / electronics / human space travel / electric utilities / silicon chips / free-flying camera satellite / individual satellite failure / sensor technology / microelectromechanical systems / radiation forecast network / satellite components / free-flying nano satellite / manufacturing / solar energy / multi-element systems / satellite robotic / important technologies / scale systems / artificial neural networks / high energy electromagnetic radiation / power systems / oration ication satellite / satellite system / low-energy trajectories / energy-optimized design / satellite scale thermal management / manufacturing processes / propellant systems / satellite industries billions / /
Organization
COMMAND CENTER / International Space Station assembly / Agent Intelligence / Karl F. Böhringer University of Washington Depts / NASA Institute for Advanced Concepts Grant / National Aeronautics and Space Administration / /
INTELLIGENT SATELLITE TEAMS FOR SPACE SYSTEMS Mark E. Campbell and Karl F. Böhringer University of Washington Depts. of Aeronautics and Astronautics / Electrical Engineering Email: [removed], [removed]i