Titlebook: System Signatures and their Applications in Engineering Reliability; Francisco J. Samaniego Book 2007 Springer-Verlag US 2007 calculus.clo

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Introduction,ns arising in the second World War. An example of early studies of reliability issues is the work of Abraham Wald who, as a member of the heralded Statistical Research Group at Columbia University, treated the problem of estimating the vulnerability of aircraft used in WWII from data on “hits” taken

Dawdle

Background on Coherent Systems,experience with engineered “systems,” our use of the term should cause no confusion. Informally, we can think of a system as consisting of a collection of “components,” basic constituents which are connected in some fashion to create the whole. We might consider a radio, an automobile, a computer or

delusion

System Signatures,d to assist in the study of such systems. Structure functions are admittedly quite revealing. They are in one-to-one correspondence with the coherent systems themselves and provide a way of indexing systems and also of comparing them. Also, they are unambiguous summaries of a system’s design, and ar

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Applications of Signatures in Reliability Economics,d collection of results in which a decision is made or an action is taken with a view toward balancing the natural tension that exists between the performance of a system and its cost. In assessing the performance characteristics of a particular system design, for instance, one’s goal would be to id

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Introduction, by the planes that returned from various missions. Wald’s work led to the addition of reinforcement of particularly vulnerable sections of the fuselage which ultimately led to a higher rate of returning aircraft. Wald’s research on these problems was declassified in the late 1970s and is described in detail by Mangel and Samaniego [55].

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