Stochastic Models in Reliability Theory (Paperback)

S. Osaki

ISBN 10: 3540138889 / ISBN 13: 9783540138884

Editore: Springer-Verlag Berlin and Heidelberg GmbH & Co. KG, Berlin, 1984

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Paperback. In Japan there are many research workers who are especially inter- ested in stochastic models in reliability theory. On the above back- ground, it was a nice occasion for the Editors to organize the Reliabil- ity Symposium with emphasis on "Stochastic Models in Reliability Theory." The Reliability Symposium was held in Nagoya, Japan, April 23-24, 1984. In the Symposium there were 14 contributions of the recent research works on stochastic models in reliability theory in Japan. We briefly sketch all the contributions by the following classifications just for conveni- ence. The first three papers discuss coherent structure theory: Miyakawa considers stochastic coherent systems where the system's state can not be completely determined by the states of its components. He shows that such models will be used in identifying the failure mechanism based on failure pattern data. Ohi and Nishida propose multistate systems in which all the state spaces are not necessarily the same, but somewhat strong coherency is assumed. Nakashima and Yamato discuss multivalued- output systems and su~gest the type of redundancy effective for improv- ing- fail-safe characteristics of such systems.The next two papers are concerned with maintenance and replacement problems: Nakagawa summarizes seven replacement models with discrete variables. He shows that each optimal number is given by a unique solu- tion to equation. Kaio and Osaki consider optimum inspection policies for a system whose failure can be detected effectively. They discuss three inspection models and give their optimum inspection policies. In Japan there are many research workers who are especially interA ested in stochastic models in reliability theory. On the above backA ground, it was a nice occasion for the Editors to organize the ReliabilA ity Symposium with emphasis on "Stochastic Models in Reliability Theory." The Reliability Symposium was held in Nagoya, Japan, April 23-24, 1984. In the Symposium there were 14 contributions of the recent research works on stochastic models in reliability theory in Japan. We briefly sketch all the contributions by the following classifications just for conveniA ence. The first three papers discuss coherent structure theory: Miyakawa considers stochastic coherent systems where the system's state can not be completely determined by the states of its components. He shows that such models will be used in identifying the failure mechanism based on failure pattern data. Ohi and Nishida propose multistate systems in which all the state spaces are not necessarily the same, but somewhat strong coherency is assumed. Nakashima and Yamato discuss multivaluedA output systems and su~gest the type of redundancy effective for improvA ing- fail-safe characteristics of such systems. The next two papers are concerned with maintenance and replacement problems: Nakagawa summarizes seven replacement models with discrete variables. He shows that each optimal number is given by a unique soluA tion to equation. Kaio and Osaki consider optimum inspection policies for a system whose failure can be detected effectively. They discuss three inspection models and give their optimum inspection po Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability.

Codice articolo 9783540138884

Dati bibliografici

• Titolo: Stochastic Models in Reliability Theory (Paperback)
• Editore: Springer-Verlag Berlin and Heidelberg GmbH & Co. KG, Berlin
• Data di pubblicazione: 1984
• Lingua: Inglese
• ISBN 10: 3540138889
• ISBN 13: 9783540138884
• Rilegatura: Paperback
• Condizione: new

Descrizione articolo

Riassunto

In Japan there are many research workers who are especially inter­ ested in stochastic models in reliability theory. On the above back­ ground, it was a nice occasion for the Editors to organize the Reliabil­ ity Symposium with emphasis on "Stochastic Models in Reliability Theory." The Reliability Symposium was held in Nagoya, Japan, April 23-24, 1984. In the Symposium there were 14 contributions of the recent research works on stochastic models in reliability theory in Japan. We briefly sketch all the contributions by the following classifications just for conveni­ ence. The first three papers discuss coherent structure theory: Miyakawa considers stochastic coherent systems where the system's state can not be completely determined by the states of its components. He shows that such models will be used in identifying the failure mechanism based on failure pattern data. Ohi and Nishida propose multistate systems in which all the state spaces are not necessarily the same, but somewhat strong coherency is assumed. Nakashima and Yamato discuss multivalued­ output systems and su~gest the type of redundancy effective for improv­ ing- fail-safe characteristics of such systems. The next two papers are concerned with maintenance and replacement problems: Nakagawa summarizes seven replacement models with discrete variables. He shows that each optimal number is given by a unique solu­ tion to equation. Kaio and Osaki consider optimum inspection policies for a system whose failure can be detected effectively. They discuss three inspection models and give their optimum inspection policies.

Contenuti

On Stochastic Coherent Systems.- Multistate Systems in Reliability Theory.- Improving Fail-Safe Characteristics of Multivalued-Output Systems through the use of Redundancy.- Discrete Replacement Models.- Analytical Considerations on Inspection Policies.- Reliability and Preventive Maintenance of a Two-Unit Standby Redundant System with Different Failure Time Distributions.- Reliability and Maintainability of a Multicomponent Series-Parallel System with Simultaneous Failure under Preemptive Repeat Repair Discipline.- Performance/Reliability Modeling for Multi-Processor Systems with Computational Demands.- Nonhomogeneous Error Detection Rate Models for Software Reliability Growth.- Inflection S-Shaped Software Reliability Growth Model.- Optimal Replacement Policy for Components in a Coherent System under Jump Deterioration.- An Optimal Inspection and Replacement Policy of a Markovian Deterioration System.- An Optimal Inspection and Replacement Policy under Incomplete State Information: Average Cost Criterion.- Application of Markovian Decision Theory to the Problem of Highway Maintenance.