Stochastic Analysis
eBook - PDF

Stochastic Analysis

Liber Amicorum for Moshe Zakai

  1. 552 pages
  2. English
  3. PDF
  4. Available on iOS & Android
eBook - PDF

Stochastic Analysis

Liber Amicorum for Moshe Zakai

About this book

Stochastic Analysis: Liber Amicorum for Moshe Zakai focuses on stochastic differential equations, nonlinear filtering, two-parameter martingales, Wiener space analysis, and related topics. The selection first ponders on conformally invariant and reflection positive random fields in two dimensions; real time architectures for the Zakai equation and applications; and quadratic approximation by linear systems controlled from partial observations. Discussions focus on predicted miss, review of basic sequential detection problems, multigrid algorithms for the Zakai equation, invariant test functions and regularity, and reflection positivity. The text then takes a look at a model of stochastic differential equation in Hubert spaces applicable to Navier Stokes equation in dimension 2; wavelets as attractors of random dynamical systems; and Markov properties for certain random fields. The publication examines the anatomy of a low-noise jump filter, nonlinear filtering with small observation noise, and closed form characteristic functions for certain random variables related to Brownian motion. Topics include derivation of characteristic functions for the examples, proof of the theorem, sequential quadratic variation test, asymptotic optimal filters, mean decision time, and asymptotic optimal filters. The selection is a valuable reference for researchers interested in stochastic analysis.

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Yes, you can access Stochastic Analysis by Eddy Mayer-Wolf, Ely Merzbach, Adam Shwartz, Eddy Mayer-Wolf,Ely Merzbach,Adam Shwartz in PDF and/or ePUB format, as well as other popular books in Mathematics & Probability & Statistics. We have over one million books available in our catalogue for you to explore.

Information

Table of contents

  1. Front Cover
  2. Stochastic Analysis: Liber Amicorum for Moshe Zakai
  3. Copyright Page
  4. Table of Contents
  5. Preface
  6. Foreword
  7. Publications by Moshe Zakai
  8. Chapter 1. Conformally Invariant and Reflection Positive Random Fields in Two Dimensions
  9. Chapter 2. Real time architectures for the Zakai equation and applications
  10. Chapter 3. Quadratic Approximation by Linear Systems Controlled From Partial Observations
  11. Chapter 4. A model of stochastic differential equation in Hilbert spaces applicable to Navier Stokes equation in dimension 2
  12. Chapter 5. Wavelets as Attractors of Random Dynamical Systems
  13. Chapter 6. Markov Properties for Certain Random Fields
  14. Chapter 7. The Anatomy of a Low-Noise Jump Filter: Part I
  15. Chapter 8. On the Value of Information in Controlled Diffusion Processes
  16. Chapter 9. Orthogonal Martingale Representation
  17. Chapter 10. Nonlinear Filtering with Small Observation Noise: Piecewise Monotone Observations
  18. Chapter 11. Closed Form Characteristic Functions for Certain Random Variables Related to Brownian Motion
  19. Chapter 12. Adaptedness and Existence of Occupation Densities for Stochastic Integral Processes in the Second Wiener Chaos
  20. Chapter 13. A Skeletal Theory of Filtering
  21. Chapter 14. EQUILIBRIUM IN A SIMPLIFIED DYNAMIC, STOCHASTIC ECONOMY WITH HETEROGENEOUS AGENTS
  22. Chapter 15. Feynman-Kac Formula for a Degenerate Planar Diffusion and an Application in Stochastic Control
  23. Chapter 16. On the Interior Smoothness of Harmonic Functions for Degenerate Diffusion Processes
  24. Chapter 17. The Stability and Approximation Problems in Nonlinear Filtering Theory
  25. Chapter 18. Wong-Zakai Corrections, Random Evolutions, and Simulation Schemes for SDE's
  26. Chapter 19. Nonlinear Filtering for Singularly Perturbed Systems
  27. Chapter 20. Smooth σ -Fields
  28. Chapter 21. Composition of Large Deviation Principles and Applications
  29. Chapter 22. Nonlinear Transformations of the Wiener Measure and Applications
  30. Chapter 23. Finite Dimensional Approximate Filters in the case of High Signal–to–Noise Ratio
  31. Chapter 24. A Simple Proof of Uniqueness for Kushner and Zakai Equations
  32. Chapter 25. Itô-Wiener expansions of holomorphic functions on the complex Wiener space
  33. Chapter 26. Limits of the Wong-Zakai Type with a Modified Drift Term
  34. Chapter 27. Donsker's δ-functions in the Malliavin calculus
  35. Chapter 28. Implementing Boltzmann Machines
  36. Chapter 29. Infinite Dimensionality Results for MAP Estimation