RO  EN
IMI/Publicaţii/CSJM/Ediţii/CSJM v.7, n.3 (21), 1999/

Methods of solving of the optimal stabilization problem for stationary smooth control systems. Part II Ending

Authors: G. Kondrat'ev, A. Balabanov

Abstract

In this article some ideas of Hamilton mechanics and differential-algebraic Geometry are used to exact definition of the potential function (Bellman-Lyapunov function) in the optimal stabilization problem of smooth finite-dimensional systems.

G.Kondrat'ev, A.Balabanov
G.Kondrat'ev
State Technical University of
Nizhniy Novgorod (NSU),
Computing machinery Department,
str. Minin, 24,
603000, N.Novgorod, Russia,
phone: (8312) 36-82-28;
fax: 360-569
e-mail:
A.Balabanov,
Technical University of Moldova,
Automatica Department,
Stefan cel Mare 168,
2012, Kishinev, Moldova,
phone: (373-2) 497694, 497014;
fax: (373-2) 497014, 497022
e-mail: or

Fulltext

Adobe PDF document0.18 Mb