1. Statistical Science, Vol. ... reject the first 37 percent … The cardinal payoff variant maximizes the expected value of the hire. Imagine you're interviewing number of secretaries for one position. The Secretary Problem also known as marriage problem, the sultan’s dowry problem, and the best choice problem is an example of Optimal Stopping Problem.. And two-thirds of … INTRODUCTION In the late 1950's and early 1960's there appeared a simple, partly recreational, problem known as the secretary problem, or the marriage problem, or the dowry problem, that made its way around the mathe- "Sum the odds to one and stop." 28, 1384–1391,(2000); F. Thomas Bruss. The Secretary Problem is a famous example of this dilemma at work. Key words and phrases: Secretary problem, marriage problem, search prob- lem, relative ranks, stopping times, minimax rules. If you have a disability and are having trouble accessing information on this website or need materials in an alternate format, contact web-accessibility@cornell.edu for assistance.web-accessibility@cornell.edu for assistance. Under the assumptions of that variant of the problem, the optimal strategy is to reject the first sqrt(N) = 10 applicants, and proceed the same way as the original problem. The classic secretary problem's solution goes like this: Let us say there are [math] n [/math] applicant's in all. If you have 30 days to hire a new full-stack engineer and you can meet with 10 candidates, you should start hiring after the 3rd candidate. (discovered by Jacob Bernoulli). The key takeaway of the 37% percent rule is not how many people you should interview, but how to optimize your pipeline. The 37% Rule - Optimal Stopping Published on July 23, 2017 July 23, 2017 • 21 Likes • 1 Comments. The Infinite Secretary Problem Gianini, Jacqueline and Samuels, Stephen M., Annals of Probability, 1976 Magnetized Kepler Problems in Higher Odd Dimensions Meng, Guowu, , 2014 The Classical Magnetized Kepler Problems in Higher Odd Dimensions Meng, Guowu, Journal of … 4.,282–296, (1989) F. Thomas Bruss. Say you start dating when you are 15 years old and would ideally like to settle down by the time you’re 40. Annals of Probability, Vol. The problems were the worst in Detroit, where discrepancies meant officials couldn’t recount votes in 392 precincts, or nearly 60 percent. The figure of 37 percent keeps appearing because it is the ratio 1⁄e, where e is the exponential number 2.718281828 … (discovered by Jacob Bernoulli). Thomas S. Ferguson, Optimal Stopping and Applications, retrieved on 21 June 2007; Thomas S. Ferguson, "Who solved the secretary problem?" 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