: Sergei Yu. Pilyugin
: Spaces of Dynamical Systems
: Walter de Gruyter GmbH& Co.KG
: 9783110258417
: De Gruyter Studies in Mathematical PhysicsISSN
: 1
: CHF 135.70
:
: Theoretische Physik
: English
: 244
: Wasserzeichen/DRM
: PC/MAC/eReader/Tablet
: PDF
< >Sergei Yu. Pilyugin,St. Petersburg State University, Russia.

Preface8
Nomenclature12
1 Dynamical systems18
1.1 Main definitions18
1.2 Embedding of a discrete dynamical system into a flow27
1.3 Local Poincaré diffeomorphism28
1.4 Time-periodic systems of differential equations31
1.5 Action of an Abelian group32
2 Topologies on spaces of dynamical systems33
2.1 C0-topology33
2.2 C1-topology34
2.3 Metrics on the space of systems of differential equations35
2.4 Generic properties41
2.5 Immersions and embeddings41
3 Equivalence relations43
3.1 Topological conjugacy43
3.2 Topological equivalence of flows47
3.3 Nonwandering set47
3.4 Local equivalence53
4 Hyperbolic fixed point54
4.1 Hyperbolic linear mapping54
4.2 The Grobman-Hartman theorem57
4.3 Neighborhood of a hyperbolic fixed point65
4.4 The stable manifold theorem70
4.5 Hyperbolic periodic point82
5 Hyperbolic rest point and hyperbolic closed trajectory84
5.1 Hyperbolic rest point84
5.2 Hyperbolic closed trajectory89
6 Transversality95
6.1 Transversality of mappings and submanifolds95
6.2 Transversality condition97
6.3 Palis lemma99
6.4 Transversality and hyperbolicity for one-dimensional mappings107
7 Hyperbolic sets109
7.1 Definition of a hyperbolic set109
7.2 Examples of hyperbolic sets111
7.3 Basic properties of hyperbolic sets114
7.4 Stable manifold theorem118
7.5 Axiom A120
7.6 Hyperbolic sets of flows129
8 Anosov diffeomorphisms136
9 Smale’s horseshoe and chaos143
9.1 Smale’s horseshoe143
9.2 Chaotic sets148
9.3 Homoclinic points149
10 Closing Lemma152
11 C0-generic properties of dynamical systems158
11.1 Hausdorff metric158
11.2 Semicontinuous mappings159
11.3 Tolerance stability and Takens’ theory160
11.4 Attractors of dynamical systems164
12 Shadowing of pseudotrajectories in dynamical systems176
12.1 Definitions and results176
12.2 Proof of Theorem 12.1181
12.3 Proof of Theorem 12.2189
12.4 Proof of Theorem 12.3192
A Scheme of the proof of the Mane theorem198
B Lectures on the history of differential equations and dynamical systems209
B.1 Differential equations and Newton’s anagram209
B.2 Development of the general theory211
B.3 Linear equations and systems215
B.4 Stability220
B.5 Nonlocal qualitative theory. Dynamical systems227
B.6 Structural stability231
B.7 Dynamical systems with chaotic behavior234
Bibliography240
Index244