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arXiv math/0610509math.PR
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任意函数原理在Wiener空间的推广

An extension to the Wiener space of the arbitrary functions principle

Nicolas Bouleau

摘要:

任意函数原理指出,只要随机变量$X$具有一个密度或一个在无穷远处为零的特征函数,$nX$的小数部分就稳定地收敛到一个在单位区间上均匀分布的独立随机变量。当随机测度$dB\_s$在其自身上被揉皱时,我们证明了定义在Wiener空间上的随机变量的类似性质。

英文摘要:

The arbitrary functions principle says that the fractional part of $nX$ converges stably to an independent random variable uniformly distributed on the unit interval, as soon as the random variable $X$ possesses a density or a characteristic function vanishing at infinity. We prove a similar property for random variables defined on the Wiener space when the stochastic measure $dB\_s$ is crumpled on itself.

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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