Topics in optimal transportation /

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Bibliographic Details
Author / Creator:Villani, Cédric, 1973-
Imprint:Providence, R.I. : American Mathematical Society, c2003.
Description:xvi, 370 p. : ill. ; 27 cm.
Language:English
Series:Graduate studies in mathematics, 1065-7339 ; v. 58
Subject:
Format: Print Book
URL for this record:http://pi.lib.uchicago.edu/1001/cat/bib/4864398
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ISBN:082183312X (acid-free paper)
Notes:Includes bibliographical references (p. 349-362) and indexes.
Table of Contents:
  • Preface
  • Notation
  • Introduction
  • 1.. Formulation of the optimal transportation problem
  • 2.. Basic questions
  • 3.. Overview of the course
  • Chapter 1.. The Kantorovich Duality
  • 1.1.. General duality
  • 1.2.. Distance cost functions
  • 1.3.. Appendix: A duality argument in C[subscript b](X x Y)
  • 1.4.. Appendix: {{0, 1}}-valued costs and Strassen's theorem
  • Chapter 2.. Geometry of Optimal Transportation
  • 2.1.. A duality-based proof for the quadratic cost
  • 2.2.. The real line
  • 2.3.. Alternative arguments
  • 2.4.. Generalizations to other costs
  • 2.5.. More on c-concave functions
  • Chapter 3.. Brenier's Polar Factorization Theorem
  • 3.1.. Rearrangements and polar factorization
  • 3.2.. Historical motivations: fluid mechanics
  • 3.3.. Proof of Brenier's polar factorization theorem
  • 3.4.. Related facts
  • Chapter 4.. The Monge-Ampere Equation
  • 4.1.. Informal presentation
  • 4.2.. Regularity
  • 4.3.. Open problems
  • Chapter 5.. Displacement Interpolation and Displacement Convexity
  • 5.1.. Displacement interpolation
  • 5.2.. Displacement convexity
  • 5.3.. Application: uniqueness of ground state
  • 5.4.. The Eulerian point of view
  • Chapter 6.. Geometric and Gaussian Inequalities
  • 6.1.. Brunn-Minkowski and Prekopa-Leindler inequalities
  • 6.2.. The Alesker-Dar-Milman diffeomorphism
  • 6.3.. Gaussian inequalities
  • 6.4.. Sobolev inequalities
  • Chapter 7.. The Metric Side of Optimal Transportation
  • 7.1.. Monge-Kantorovich distances
  • 7.2.. Topological properties
  • 7.3.. The real line
  • 7.4.. Behavior under rescaled convolution
  • 7.5.. An application to the Boltzmann equation
  • 7.6.. Linearization
  • Chapter 8.. A Differential Point of View on Optimal Transportation
  • 8.1.. A differential formulation of optimal transportation
  • 8.2.. Differential calculus
  • 8.3.. Monge-Kantorovich induced dynamics
  • 8.4.. Time-discretization
  • 8.5.. Differentiability of the quadratic Wasserstein distance
  • 8.6.. Non-quadratic costs
  • Chapter 9.. Entropy Production and Transportation Inequalities
  • 9.1.. More on optimal-transportation induced dissipative equations
  • 9.2.. Logarithmic Sobolev inequalities
  • 9.3.. Talagrand inequalities
  • 9.4.. HWI inequalities
  • 9.5.. Nonlinear generalizations: internal energy
  • 9.6.. Nonlinear generalizations: interaction energy
  • Chapter 10.. Problems
  • List of Problems
  • Bibliography
  • Table of Short Statements
  • Index