Following the unified approach of A. Kriegl and P.W. Michor (1997) for a
treatment of global analysis on a class of locally convex spaces known as
convenient, we give a generalization of Rashevsky-Chow's theorem for control
systems in regular connected manifolds modelled on convenient
(infinite-dimensional) locally convex spaces which are not necessarily
normable.Comment: 19 pages, 1 figur

A. Isidori

A. Kriegl

A.A. Agrachev

A.J. Krener

A.M. Bloch

C. Carathéodory

C. Lobry

D.L. Elliot

E. Heintze

E.D. Sontag

F. Bullo

G. Frobenius

H. Hermes

H. Jarchow

H. Nijmeijer

H. Omori

H.J. Sussmann

Irina Markina

J. Eells

J. Milnor

M. Kawski

Mahdi Khajeh Salehani

P. Brunovsky

P.E. Crouch

P.I. Dudnikov

P.K. Rashevsky

R. Hermann

R. Montgomery

R. Palais

R.-M. Bianchini

R.E. Kalman

R.S. Hamilton

R.W. Brockett

S. Yamamuro

V. Jurdjevic

V.G. Boltyanski

V.V. Vagner

W.-L. Chow

English

arXiv

One of the fundamental problems in control theory is that of controllability, the question of whether one can drive the system from one point to another with a given class of controls. A classical result in geometric control theory of finite-dimensional (nonlinear) systems is Chow–Rashevsky theorem that gives a sufficient condition for controllability on any connected manifold of finite dimension. In other words, the classical Chow–Rashevsky theorem, which is in fact a primary theorem in subriemannian geometry, gives a global connectivity property of a subriemannian manifold. In this paper, following the unified approach of Kriegl and Michor (The Convenient Setting of Global Analysis, Mathematical Surveys and Monographs, vol. 53, Am. Math. Soc., Providence, 1997) for a treatment of global analysis on a class of locally convex spaces known as convenient, we give a generalization of Chow–Rashevsky theorem for control systems in regular connected manifolds modelled on convenient (infinite-dimensional) locally convex spaces which are not necessarily normable. To indicate an application of our approach to the infinite-dimensional geometric control problems, we conclude the paper with a novel controllability result on the group of orientation-preserving diffeomorphisms of the unit circle.publishedVersio

Khajeh Salehani, Mahdi

Markina, Irina

Bergen Open Research Archive (Univ. of Bergen)

Controllability on Infinite-Dimensional Manifolds: A Chow-Rashevsky Theorem

Springer - Publisher Connector

Controllability on Infinite-Dimensional Manifolds: A Chow–Rashevsky Theorem

One of the fundamental problems in control theory is that of controllability, the question of whether one can drive the system from one point to another with a given class of controls. A classical result in geometric control theory of finite-dimensional (nonlinear) systems is Chow–Rashevsky theorem that gives a sufficient condition for controllability on any connected manifold of finite dimension. In other words, the classical Chow–Rashevsky theorem, which is in fact a primary theorem in subriemannian geometry, gives a global connectivity property of a subriemannian manifold. In this paper, following the unified approach of Kriegl and Michor (The Convenient Setting of Global Analysis, Mathematical Surveys and Monographs, vol. 53, Am. Math. Soc., Providence, 1997) for a treatment of global analysis on a class of locally convex spaces known as convenient, we give a generalization of Chow–Rashevsky theorem for control systems in regular connected manifolds modelled on convenient (infinite-dimensional) locally convex spaces which are not necessarily normable. To indicate an application of our approach to the infinite-dimensional geometric control problems, we conclude the paper with a novel controllability result on the group of orientation-preserving diffeomorphisms of the unit circle

NORA - Norwegian Open Research Archives

Crossref

Acta Applicandae Mathematicae

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Controllability on infinite-dimensional manifolds

Controllability on infinite-dimensional manifolds

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Bergen Open Research Archive (Univ. of Bergen)

Springer - Publisher Connector

Springer - Publisher Connector

NORA - Norwegian Open Research Archives

Crossref