Stochastic processes
Subtitle: selected papers of Hiroshi Tanaka
By: edited by Makoto Maejima, Tokuzo Shiga.
Contributors: Maejima, Makoto.; Shiga, Tokuzo.
Publisher: World Scientific; World Scientific Publishing Co Pte Ltd
Published: 2002
Place of publication: River Edge, N.J
Language: eng
Number of pages: 430
Subjects: Tanaka, Hiroshi.; Stochastic processes.
Notes: "Bibliography of Hiroshi Tanaka": p. 425-430.
Includes bibliographical references.
Table of contents: title: Machine generated contents note: Stochastic Differential Equations with Reflecting Boundary Condition in Convex Regions; title: Some Probabilistic Problems in the Spatially Homogeneous Boltzmann Equation; title: Limit Theorems for Certain Diffusion Processes with Interaction; title: Central Limit Theorem for a System of Markovian Particles with Mean Field Interactions (with T. Shiga); title: Propagation of Chaos for Diffusing Particles of Two Types with Singular Mean Field Interaction (with M. Nagasawa); title: Stochastic Differential Equations for Mutually Reflecting Brownian Balls (with Y. Saisho); title: Limit Distribution for 1-Dimensional Diffusion in a Reflected Brownian Medium; title: Limit Distributions for One-Dimensional Diffusion Processes in Self-Similar Random Environments; title: Stochastic Differential Equation Corresponding to the Spatially Homogeneous Boltzmann Equation of Maxwellian and Non-Cutoff Type; title: Limit Theorem for One-Dimensional Diffusion Process in Brownian Environment; title: On the Maximum of a Diffusion Process in a Drifted Brownian Environment (with K. Kawazu); title: Recurrence of a Diffusion Process in a Multidimensional Brownian Environment; title: Localization of a Diffusion Process in a One-Dimensional Brownian Environment; title: Diffusion Processes in Random Environments; title: Environment-Wise Central Limit Theorem for a Diffusion in a Brownian Environment with Large Drift; title: A Diffusion Process in a Brownian Environment with Drift (with K. Kawazu); title: Limit Theorems for a Brownian Motion with Drift in a White Noise Environment; title: Invariance Principle for a Brownian Motion with Large Drift in a; title: White Noise Environment (with K. Kawazu); title: Some Theorems Concerning Extrema of Brownian Motion with d-Dimensional Time.