2011
DOI: 10.1016/j.cam.2010.04.030
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Order statistics from mixed exchangeable random variables

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Cited by 16 publications
(5 citation statements)
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“…For some results on k-out-of-n systems taking the dependence among the Downloaded by [BYU Brigham Young University] at 16:24 03 January 2015 lifetimes of components into account, see, e.g., Navarro et al (2005Navarro et al ( , 2006, Navarro and Rychlik (2007), and Navarro and Balakrishnan (2010). Bairamov and Parsi (2011) have derived the distribution of a single-order statistic and the joint distribution of two order statistics for a new mixed sample considering two different exchangeable samples.…”
Section: Exchangeability Of the Strengthsmentioning
confidence: 99%
“…For some results on k-out-of-n systems taking the dependence among the Downloaded by [BYU Brigham Young University] at 16:24 03 January 2015 lifetimes of components into account, see, e.g., Navarro et al (2005Navarro et al ( , 2006, Navarro and Rychlik (2007), and Navarro and Balakrishnan (2010). Bairamov and Parsi (2011) have derived the distribution of a single-order statistic and the joint distribution of two order statistics for a new mixed sample considering two different exchangeable samples.…”
Section: Exchangeability Of the Strengthsmentioning
confidence: 99%
“…Let R be the lifetime of an (n − m + 1)-out-of-n : G system subject to random shocks as Marshall-Olkin run shock model. The survival function of the system is When random variables are exchangeable, from [15], S 1 , S 2 , ..., S n…”
Section: Reliability Of An (N − M + 1)-out-of-n : G Systemmentioning
confidence: 99%
“…The standby components which are connected to a system become dependent with system's components due to their placement in the system and system's design. Some studies in this case are found in Navarro et al [15], Bairamov and Parsi [4], Sadegh [20], Eryilmaz and Tank [10], Sadegh [21], Yongjin et al [23]. These studies cover the investigation of lifetime characteristics such as reliability function, mean residual life function, mean time to failure and stochastic ordering results associated with system's lifetime.…”
Section: Introductionmentioning
confidence: 99%