We prove several basic combinatorial identities and use them in two applications: the queue inference engine (QIE) and earliest due date rule (EDD) schedul.

We prove several basic combinatorial identities and use them in two applications: the queue inference engine and earliest due date (EDD) scheduling.

We generalize the standard order statistics result for Poisson processes, and show how to sample a busy period in the M/M/c system. We derive simple expressions ...

We prove several basic combinatorial identities and use them in two applications: the queue inference engine (QIE) and earliest due date rule (EDD) ...

Mar 3, 2022 · This paper provides a comprehensive review of Appointment Scheduling (AS) in healthcare service while we propose appointment scheduling problems and various ...

Arie Harel, Hilary Cheng: Order statistics applications to queueing and scheduling problems. 325-350. Electronic Edition (link) BibTeX · Alexander Dukhovny ...

Queueing and scheduling theory is an active area of research, both in terms of applying it to solve systems, networking, and other problems, and in terms of ...

Abstract. Dynamic scheduling problems consist of both challenging combinatorics, as found in classical scheduling problems, and stochastics due to ...

... scheduling terminal usage. It was decided that enough terminals should be provided to ensure that the average queueing time should not exceed 10 minutes ...

This is an invited paper to appear in the special issue of Communications in Statistics. Theory and Methods devoted to "Order Statistics and Applications".