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Two-stage stochastic days-off scheduling of multi-skilled analysts with training options

Doug Altner(daltner***at***mitre.org)
Erica Mason(emason***at***thirdlove.com)
Les Servi(lservi***at***mitre.org)

Abstract: Motivated by a cybersecurity application, this paper studies a two-stage, stochastic days-off scheduling problem with 1) many types of jobs that require specialized training, 2) many multi-skilled analysts, 3) the ability to shape analyst skill sets through training decisions, and 4) a large number of possible future demand scenarios. We provide a integer linear program for this problem and show it can be solved with a direct feed into Gurobi with as many as 50 employees, 6 job types, and 50 demand scenarios per day without any decomposition techniques. In addition, we develop a matheuristic--that is, an integer-programming-based local search heuristic--for instances that are too large for a straightforward feed into a commercial solver. Computational results show our matheuristic can, on average, produce solutions within 4-7% of an upper bound of the optimal objective value.

Keywords: days-off scheduling, multi-skilled workforce, stochastic integer programming, matheuristics, cybersecurity operations, training

Category 1: Applications -- OR and Management Sciences

Category 2: Stochastic Programming

Citation:

Download: [PDF]

Entry Submitted: 10/05/2018
Entry Accepted: 10/05/2018
Entry Last Modified: 10/05/2018

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