Russian Mathematical Surveys · 1977 · 1.4K citations · 20 references
Natural SciencesMathematicsPhysicsDynamical SystemsProbability TheoryStochastic ProcessesChaos TheoryEntropyErgodic TheoryInvariant ManifoldsLyapunov ExponentsRiemannian GeometryCharacteristic ExponentsCritical ExponentsGeodesic FlowsGeodesic Motion On Riemannian ManifoldsLocal Lyapunov ExponentsRiemannian MetricStable ManifoldsUnstable Manifolds
CONTENTS Part I § 1. Introduction § 2. Prerequisites from ergodic theory § 3. Basic properties of the characteristic exponents of dynamical systems § 4. Properties of local stable manifolds Part II § 5. The entropy of smooth dynamical systems § 6. "Measurable foliations". Description of the π-partition § 7. Ergodicity of a diffeomorphism with non-zero exponents on a set of positive measure. The K-property § 8. The Bernoullian property § 9. Flows § 10. Geodesic flows on closed Riemannian manifolds without focal points References
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Lectures on Differential Geometry.
J. R. Vanstone, S. Sternberg · American Mathematical Monthly · 1966 · 1.2K citations