Alpern, Steven and Beck, A.
(1999)
*Asymmetric rendezvous on the line is a double linear search problem.*
Mathematics of Operations Research, 24 (3).
pp. 604-618.
ISSN 0364-765X

## Abstract

We apply a new method of analysis to the asymmetric rendezvous search problem on the line (ARSPL). This problem, previously studied in a paper of Alpern and Gal (1995), asks how two blind, speed one players placed a distance d apart on the line, can find each other in minimum expected time. The distance d is drawn from a known cumulative probability distribution G, and the players are faced in random directions. We show that the ARSPL is strategically equivalent to a new problem we call the double linear search problem (DLSP), where an object is placed equiprobably on one of two lines, and equiprobably at positions ±d. A searcher is placed at the origin of each of these lines. The two searchers move with a combined speed of one, to minimize the expected time before one of them finds the object. Using results from a concurrent paper of the first author and J. V. Howard (1998), we solve the DLSP (and hence the ARSPL) for the case where G is convex on its support, and show that the solution is that conjectured in a paper of Baston and Gal (1998).

Item Type: | Article |
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Official URL: | http://mor.pubs.informs.org/ |

Additional Information: | © 1999 Mathematics of Operations Research |

Divisions: | Mathematics |

Subjects: | Q Science > QA Mathematics |

Sets: | Departments > Mathematics |

Date Deposited: | 13 Feb 2010 12:12 |

Last Modified: | 20 Sep 2021 02:35 |

URI: | http://eprints.lse.ac.uk/id/eprint/7639 |

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