Expanding from proof-load testing, this paper utilizes a decision analysis framework to determine adequate bounds for how much one should be willing to pay to conduct testing when the load distribution of a device is uncertain. Optimal testing policy strategies are constructed and evaluated when sequentially testing a population of devices for given prior beliefs on the intrinsic toughness of the device. Heuristic extensions are analyzed to reduce computational time for practical use.Operations Research and Industrial Engineerin
Sequential fault diagnosis is an approach that realizes fault isolation by executing the optimal tes...
We study a new extension of the Sequential Testing problem with a modified cost structure that allow...
The automatic testing machine, called by mixed-load tester, has ability to load and test multiple pr...
Expanding from proof-load testing, this paper utilizes a decision analysis framework to determine ad...
A fundamental problem in managing product development is the optimal timing, frequency, and fidelity...
We study the problem of sequentially testing the components of a multi-component system to learn the...
Proof load testing may be performed to confirm the reliability of the bridge for an existing classif...
A k-out-of-n system configuration requires that, for the overall system to be functional, at least ...
International audienceThe goal of sequential testing is to discover the state of a system by testing...
Two detectors making independent observations must decide which one of two hypotheses is true. Both ...
We study sequential system testing with the objective of minimizing the total expected testing costs...
This article provides a set of general conditions to identify efficient sequential testing strategie...
The goal of sequential testing is to discover the state of a system by testing its components one by...
Sequential fault diagnosis is an approach that realizes fault isolation by executing the optimal tes...
Sequential testing policies for complex systems under precedence constraints Wenchao Wei, Kris Coole...
Sequential fault diagnosis is an approach that realizes fault isolation by executing the optimal tes...
We study a new extension of the Sequential Testing problem with a modified cost structure that allow...
The automatic testing machine, called by mixed-load tester, has ability to load and test multiple pr...
Expanding from proof-load testing, this paper utilizes a decision analysis framework to determine ad...
A fundamental problem in managing product development is the optimal timing, frequency, and fidelity...
We study the problem of sequentially testing the components of a multi-component system to learn the...
Proof load testing may be performed to confirm the reliability of the bridge for an existing classif...
A k-out-of-n system configuration requires that, for the overall system to be functional, at least ...
International audienceThe goal of sequential testing is to discover the state of a system by testing...
Two detectors making independent observations must decide which one of two hypotheses is true. Both ...
We study sequential system testing with the objective of minimizing the total expected testing costs...
This article provides a set of general conditions to identify efficient sequential testing strategie...
The goal of sequential testing is to discover the state of a system by testing its components one by...
Sequential fault diagnosis is an approach that realizes fault isolation by executing the optimal tes...
Sequential testing policies for complex systems under precedence constraints Wenchao Wei, Kris Coole...
Sequential fault diagnosis is an approach that realizes fault isolation by executing the optimal tes...
We study a new extension of the Sequential Testing problem with a modified cost structure that allow...
The automatic testing machine, called by mixed-load tester, has ability to load and test multiple pr...