In this paper, we shall revisit the free analogues of the logarithmic Sobolev and the transportation cost inequalities for one-dimensional case by time integrations. We consider time evolutions by the free Fokker-Planck equation and calculate the time derivative of the 2-Wasserstein distance with the optimal mass transportation, from which some differential inequalities can be derived. The convergence to the equilibrium in the relative free entropy is discussed, and the free transportation cost and the free logarithmic Sobolev inequalities can be obtained by time integrations.
机构:
School of Mathematical Sciences & Lab.Math.Com.Sys.,Beijing Normal UniversitySchool of Mathematical Sciences & Lab.Math.Com.Sys.,Beijing Normal University
Yu Tao MA
Ran WANG
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机构:
School of Mathematics and Statistics,Wuhan University
School of Mathematical Sciences,University of Science and Technology of ChinaSchool of Mathematical Sciences & Lab.Math.Com.Sys.,Beijing Normal University
Ran WANG
Li Ming WU
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机构:
Institute of Applied Math.,Chinese Academy of Sciences
Laboratoire de Math.CNRS-UMR 6620,Université Blaise PascalSchool of Mathematical Sciences & Lab.Math.Com.Sys.,Beijing Normal University