Varying Linear Systems Matthias Althoff Colas Le Guernic Bruce H. Krogh Carnegie Mellon University / Prentice Hall / Carnegie Mellon University / New York University / /
IndustryTerm
uncertain linear time-invariant systems / uncertain time-varying linear systems / rigorous numerical solution / uncertain nonlinear monotone systems / inner product / reachability algorithms / uncertain linear systems / homogeneous solution / interval products / autonomous uncertain time-varying systems / highdimensional systems / linear time-invariant systems / autonomous systems / nonlinear systems / uncertain nonlinear systems / computing / linear time-varying systems / point-wise product / continuous dynamic systems / linear systems / linear dynamic systems / steady state solution / dynamical systems / numerical solution / verification tool / /
Organization
North Atlantic Treaty Organization / U.S. Air Force office of Scientific Research / New York University / World Congress / Institut National Polytechnique de Grenoble / U.S. National Science Foundation / Carnegie Mellon University / U.S. Securities and Exchange Commission / /
Person
Goran Frehse / Ai / Matthias Althoff Colas Le Guernic / Bruce H. Krogh Carnegie / / /
Position
yaw controller / guard / PI controller / gain-scheduled yaw controller / gain-scheduled controller / General / controller / gain scheduling controller / /
Product
Pentax K-x Digital Camera / Vizio L32 Television / /
Reachable Set Computation for Uncertain Time-Varying Linear Systems Matthias Althoff Colas Le Guernic