JOURNAL ARTICLE

The Mean Field Forward Backward Stochastic Differential Equations and Stochastic Partial Differential Equations

Jie Zhu

Year: 2015 Journal:   Pure and Applied Mathematics Journal Vol: 4 (3)Pages: 120-120   Publisher: Science Publishing Group

Abstract

Since 1990 Pardoux and Peng, proposed the theory of backward stochastic differential equation Backward stochastic differential equation and is backward stochastic differential equations (short for FBSDE) theory has been widely research (see El Karoui, Peng and Cauenez, Ma and Yong, etc.) Generally, a backward stochastic differential equation is a type Ito stochastic differential equation and a coupling Pardoux - Peng and backward stochastic differential equation. Antonelli, Ma, Protter and Yong is backward stochastic differential equation for a series of research, and apply to the financial. One of the research direction is put forward by Hu and Peng first. Peng and Wu Peng and Shi made a further research, and Yong to a more detailed discussion of this method, by introducing the concept of the bridge, systematically studied the FBSDE continuity method. Because such a system can be applied to random Feynman - Kac of partial differential equations of research, And a double optimal control problem of stochastic control systems, we will be working in Peng and Shi further in-depth study on the basis of this category are backward stochastic differential equation. In this paper, we are considering various constraint conditions with backward stochastic differential equation.

Keywords:
Stochastic differential equation Mathematics Stochastic partial differential equation Differential equation First-order partial differential equation Mathematical analysis Applied mathematics

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FWCI (Field Weighted Citation Impact)
12
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0.09
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Citation History

Topics

Stochastic processes and financial applications
Social Sciences →  Economics, Econometrics and Finance →  Finance
Insurance, Mortality, Demography, Risk Management
Social Sciences →  Social Sciences →  Demography
Differential Equations and Numerical Methods
Physical Sciences →  Mathematics →  Numerical Analysis

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