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Article type: Index
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Tohru KIKUNO
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2006 Volume 28 Issue 5 Pages
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Hideo HIROSE
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2006 Volume 28 Issue 5 Pages
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Kazuyuki SUZUKI
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2006 Volume 28 Issue 5 Pages
345-352
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Chenggang LIU
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2006 Volume 28 Issue 5 Pages
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Shigetaka MIURA
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2006 Volume 28 Issue 5 Pages
360-364
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Toshinari MATSUOKA
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2006 Volume 28 Issue 5 Pages
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Sakae NAGAOKA
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2006 Volume 28 Issue 5 Pages
366-372
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2006 Volume 28 Issue 5 Pages
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Lu JIN, Kazuyuki SUZUKI
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2006 Volume 28 Issue 5 Pages
381-393
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A maintenance monitoring system with multiple dependent monitors was investigated, and a necessary and sufficient condition was derived for the optimal maintenance policy to be given by a "monotone procedure." This condition is that the conditional probability mass function of the output of any monitor, given the system's true state and the outputs of the other monitors being fixed, has a property of monotone likelihood ratio. This condition is the same as that of the conditional probabilities of monitor observations having a property of a weak-multivariate monotone likelihood ratio (weak-MLR). Limiting the optimal policy to a monotone procedure greatly reduces the amount of calculation time needed to identify an optimal decision. This enables an optimal decision to be found quickly.
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Hisashi YAMAMOTO, Tomoaki AKIBA, Hideki NAGATSUKA
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2006 Volume 28 Issue 5 Pages
395-403
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In this paper, we consider a multi-state k-out-of-n:G system. This system is applicable to the production management problem of multi production lines for a certain product, and the problem of a mining operation for a shovel-truck system. In this paper, we provide a recursive algorithm which evaluates the system state distribution of the multi-state k-out-of-n:G systems. We obtain the order of computing time and memory capacity of our proposed algorithm. Numerical experiments result in the efficiency of our proposed algorithm especially when n is large.
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2006 Volume 28 Issue 5 Pages
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Article type: Cover
2006 Volume 28 Issue 5 Pages
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