首页> 外文会议>Massachusetts Institute of Technology(MIT) Conference on Computational Fluid and Solid Mechanics 2003 v.2; 20030617-20030620; Cambridge,MA; US >Upper bounds on the response variance of stochastic systems via generalized variability response functions
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Upper bounds on the response variance of stochastic systems via generalized variability response functions

机译:广义变量响应函数在随机系统响应方差上界

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摘要

This paper describes several attributes of the classical variability response function (VRF) whose main use is to establish upper bounds on the response variability of stochastic systems whose properties are described by random fields. Certain limitations of the classical VRF are discussed. The generalized variability response function (GVRF) is then introduced with the aid of the concept of associated fields, as a means of overcoming the limitations of the classical VRF. It is conjectured that the GVRF can be used to establish spectral- and probability-distribution-free upper bounds on the response variability with a wide range of applicability.
机译:本文描述了经典可变性响应函数(VRF)的几个属性,其主要用途是为随机系统描述其特性的随机系统的响应可变性上限。讨论了经典VRF的某些局限性。然后借助相关字段的概念引入广义可变性响应函数(GVRF),以克服传统VRF的局限性。可以推测,GVRF可用于在响应可变性上建立无频谱和概率分布的上限,并具有广泛的适用性。

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