Imperfect inspection games over time
The authors consider an inspection game played on a continuous finite time interval. The inspector vishes to detect a violation as soon as possible after it has been mode by the operator. The loss to the inspector is assumed to be linear in the duration of the time elapsed between the violation and its detection. This paper is mostly an extension of Diamond's models for a single inspection, which includes the uncertainty aspect, by relaxing the assumption that the inspection is perfect. Here the inspection is imperfect, it has a type one error which means that the inspector may call a false alarm (with probability \(\alpha\)), and a type two error which means that the inspection may fail to detect (with probability \(\beta\)) a violation which did occur. In addition they will assume that the inspection is silent, i.e., the operator is unaware of the inspection when it takes place, unless the inspector calls a false alarm.
scientific article; zbMATH DE number 1794990