Accession Number : ADA261389

Title :   Estimating the Reliability of a System on the Basis of Sample Paths.

Descriptive Note : Final rept. 15 Jun 89-14 Dec 91,

Corporate Author : NORTHERN ILLINOIS UNIV DE KALB

Personal Author(s) : Ebrahimi, Nader ; Ramalingam, T.

Report Date : 14 DEC 1991

Pagination or Media Count : 4

Abstract : Syngergism or the so-called dependence among the components of multivariate process induces a host of probabilistic structures among the hitting times of the processes. Conventionally, hitting times have been studied for isolated processes or for families of processes exhibiting specific dependence structures. Whereas this approach has been very useful, stochastic modeling of hitting times per se is equally fruitful. For example, it is possible to derive useful bounds for the reliability of a complex system like the wing of an aircraft if the joint dependence structure of the hitting times to failure of the components of the system is known adequately. The joint behavior of two or more hitting times, one each from the components of multivariate process is, therefore, of paramount importance in a plethora of disciplines. Research has continued on the development of positive (negative) dependence ideas and applied them to a number of areas.

Descriptors :   *MULTIVARIATE ANALYSIS, *PATHS, AIRCRAFT, APPROACH, BEHAVIOR, FAILURE, RELIABILITY, WINGS, STOCHASTIC PROCESSES.

Subject Categories : Statistics and Probability

Distribution Statement : APPROVED FOR PUBLIC RELEASE