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arXiv 2407.04201math.OC
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带跳的全耦合正倒向随机系统渐进最优控制的一般最大值原理

A General Maximum Principle for Progressive Optimal Control of Fully Coupled Forward-Backward Stochastic Systems with Jumps

Bin Wang, Yu Si, Jingtao Shi

AI总结:

本文针对带跳的全耦合正倒向随机系统,在非凸控制域和渐进可测框架下,提出一般最大值原理,并处理了含变量$e$的解及特殊扩散项,体现了$Z$与Polish空间的本质耦合。

摘要:

本文研究带跳的全耦合正倒向随机最优控制问题的一般最大值原理,其中控制域不一定是凸的,且框架为渐进可测的。本文的一个显著特点是BSDEp的解$Z$可能包含变量“$e$”,此外,BSDEp的扩散项采用形式$\int_{\mathcal{E}}Z_{(t,e)}ν(d e)d W_t$,而非传统的$Z_t dW_t$,这反映了解分量$Z$与Polish空间$\mathcal{E}$之间的本质耦合。

英文摘要:

This paper is concerned with a general maximum principle for the fully coupled forward-backward stochastic optimal control problem with jumps, where the control domain is not necessarily convex, within the progressively measurable framework. A distinct feature in this paper is that the solution $Z$ of BSDEPs could include the variable ``$e$'', further, the diffusion term of BSDEPs takes the form $\int_{\mathcal{E}}Z_{(t,e)}ν(d e)d W_t$ rather than the conventional $Z_t dW_t$, reflecting the essential coupling between the solution component $Z$ and the Polish space $\mathcal{E}$.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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