The order of the remainder in derivatives of composition and inverse operators for p-variation norms

The order of the remainder in derivatives of composition and inverse operators for p-variation norms
复制标题

p 变分范数的复合导数和逆算子中余数的阶数

DOI:
--
复制
发表时间:
1994
期刊:
影响因子:
--
通讯作者:
R. Dudley
R. Dudley
中科院分区:
--
文献类型:
--
作者:
R. Dudley

文献摘要

被引文献

相似文献

可微介质的理论始于冯·米塞斯的工作[例如,von Mises(1936,1947)and Filippova(1961)]。例如,在分布函数上定义一个非线性函数T,Von Mises在分布函数F上沿沿着对T进行微分。对于T在F处具有(Gâteaux)导数意味着,在函数h的方向上, (1)A + B = A + B + C + C|不|)\quad {\rm as} \; t\rightarrow 0.$$ (1.1) 这里\(T^\prime(F)(.)\)是函数h上的有界线性算子,例如,形式为 $$T^\prime(F)(h)= \int g \quad dh \hbox{for some function} g(\hbox{depending on} F).$$ (一、二)
The theory of differentiable statisticals began with work of von Mises [e.g., von Mises (1936, 1947) and Filippova (1961)]. A nonlinear funtional T is defined, for examble, on distribution functions.Von Mises differentiated T at a distribution funtion F along lines. For T to have a (Gâteaux) derivative at F means that, in the direction of a function h, $$T(F + th) = T(f) + tT^\prime(F)(h) + 0 (|t|) \quad {\rm as} \; t\rightarrow 0.$$ (1.1) Here \(T^\prime(F)(.)\) is a bounded linear operator on funtions h, for example, of the form $$T^\prime(F) (h) = \int g \quad dh \hbox{for some function} g (\hbox{depending on} F).$$ (1.2)