David W. Miller‡ Massachusetts Institute of Technology / Underactuated Tethered Formation Flight Spacecraft Soon-Jo Chung∗ Iowa State University / American Institute of Aeronautics / /
IndustryTerm
inter-satellite communication / decentralized control law / control algorithm / strict-feedforward systems / control-modified energy rate / energy-based methods / artificial potential energy / linear feedback control law / kinetic energy / tethered formation flight systems / sub-systems / potential energy / nonlinear systems / tethered systems / nonsmooth time-invariant feedback control law / closed-loop systems / estimation algorithm / tethered satellite systems / solar energy / inter-satellite / mechanical systems / tethered satellite formation flight / linear systems / noisy and delayed communications / nonlinear feedback control law / control law / /
Organization
Center of Mass / Department of Aeronautics / American Institute of Aeronautics / National Aeronautics and Space Administration / Massachusetts Institute of Technology / Iowa State University / Reaction Wheel Assembly / /
Person
Jean-Jacques E. Slotine / Az / /
Position
Professor of Brain / nonlinear controller / Professor / representative / gain-scheduled LQR controller / decentralized controller / controller / Professor of Aerospace Engineering / /
New Control Strategies for Underactuated Tethered Formation Flight Spacecraft Soon-Jo Chung∗ Iowa State University, IA 50011, USA Jean-Jacques E. Slotine,† and David W. Miller‡