Tension Control Law for Three-Dimensional Deployment of a Geostationary Space Solar Power Station in conjunction with thruster forces by
linearization of the dynamics of the tethered satellite
system around
Program motion planning and control for multicoordinate mechanical systemThe problem of motion planning for multicoordinate mechanical
system based on
linear stepping
LOCAL ZERO-CONTROLLABILITY THEOREM FOR LINEAR AUTONOMOUS SYSTEM WITH CONTROL RESTRICTIONSThe present paper is devoted to
linear autonomous
system local zero-
controllability research
Optimal control problem with state constraints. The problem was solved by reducing to a
linear programming (LP) one by integrating
system the explicit Euler
Damping Problem for a Neutral Control System with DelayAbstract: A
linear control system described by a
system of differential-difference equations
Математические модели и алгоритмы управления многообъектными системамиДымков, С. М.,
Марков, А. В.,
Симаньков, В. И.,
Dymkov, S. M.,
Markov, A. V.,
Simankov, V. I. , учитывающие внешние воздействия.The
linear position
control algorithms for multi-agent
systems are described
Investigation of second-order optimality conditions for impulsive control problems under the Frobenius condition are not as trivial as in the case G = G (t). The key-point is to ensure robustness of the impulsive
control system w