Probability in the Engineering and Informational Sciences · 2011 · 10 citations · 5 references
Mathematical ProgrammingRanking AlgorithmClassical Secretary ProblemEngineeringGame TheoryB Position ThresholdsOptimal PolicyDiscrete OptimizationOperations ResearchAlgorithmic Mechanism DesignDiscrete MathematicsCombinatorial OptimizationMechanism DesignCombinatorial ProblemSequential Decision MakingProbability TheoryComputer ScienceBusinessRandomized Algorithm
A version of the classical secretary problem is studied, in which one is interested in selecting one of the b best out of a group of n differently ranked persons who are presented one by one in a random order. It is assumed that b ≥ 1 is a preassigned number. It is known, already for a long time, that for the optimal policy, one needs to compute b position thresholds (for instance, via backward induction). In this article we study approximate policies that use just a single or a double position threshold, albeit in conjunction with a level rank. We give exact and asymptotic (as n → ∞) results, which show that the double-level policy is an extremely accurate approximation.
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Who Solved the Secretary Problem?
Thomas S. Ferguson · Statistical Science · 1989 · 684 citations · Full text
Mathematical Programming, Engineering, Computational Social Choice +21
Exact results for a secretary problem
M. P. Quine, J. S. Law · Journal of Applied Probability · 1996 · 22 citations
Mathematical Programming, Ranking Algorithm, Engineering +16