Dynamic multicriteria optimization for the nurse scheduling problem

This document addresses the Nurse Scheduling Problem (NSP) and presents a dynamic multi-criteria optimization model for its solution considering a predefined time horizon. The purpose is to maximize the level of "work well-being" of nurses formulated as the minimization of "avers...

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Main Authors: Luis Fernando Moreno-Velásquez, F. Javier Díaz-Serna, Daniel Morillo-Torre
Format: Article
Language:English
Published: Growing Science 2025-01-01
Series:Decision Science Letters
Online Access:http://www.growingscience.com/dsl/Vol14/dsl_2024_82.pdf
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author Luis Fernando Moreno-Velásquez
F. Javier Díaz-Serna
Daniel Morillo-Torre
author_facet Luis Fernando Moreno-Velásquez
F. Javier Díaz-Serna
Daniel Morillo-Torre
author_sort Luis Fernando Moreno-Velásquez
collection DOAJ
description This document addresses the Nurse Scheduling Problem (NSP) and presents a dynamic multi-criteria optimization model for its solution considering a predefined time horizon. The purpose is to maximize the level of "work well-being" of nurses formulated as the minimization of "aversion" which translates into costs or penalties for certain undesirable work shifts. For this, a series of criteria are defined to estimate the preference structure of nurses according to the hospital center specifications by assigning costs for undesirable shift assignments. The proposed methodology involves developing a heuristic to decompose the global problem into daily subproblems for which a dynamic algorithm is implemented that considers a cost accumulation process for all criteria and all nurses. Daily models are dynamically solved by modifying the coefficients of the well-being function to achieve equity throughout the planning period by updating and accumulating different averages. This methodology has shown satisfactory results for scheduling work shifts for doctors, paramedics, security guards, and drivers in numerous hospital centers in Colombia.
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series Decision Science Letters
spelling doaj-art-db24260ed3784247ba6a4a461d7f55db2025-08-20T02:59:52ZengGrowing ScienceDecision Science Letters1929-58041929-58122025-01-0114245747210.5267/j.dsl.2024.12.009Dynamic multicriteria optimization for the nurse scheduling problemLuis Fernando Moreno-VelásquezF. Javier Díaz-SernaDaniel Morillo-Torre This document addresses the Nurse Scheduling Problem (NSP) and presents a dynamic multi-criteria optimization model for its solution considering a predefined time horizon. The purpose is to maximize the level of "work well-being" of nurses formulated as the minimization of "aversion" which translates into costs or penalties for certain undesirable work shifts. For this, a series of criteria are defined to estimate the preference structure of nurses according to the hospital center specifications by assigning costs for undesirable shift assignments. The proposed methodology involves developing a heuristic to decompose the global problem into daily subproblems for which a dynamic algorithm is implemented that considers a cost accumulation process for all criteria and all nurses. Daily models are dynamically solved by modifying the coefficients of the well-being function to achieve equity throughout the planning period by updating and accumulating different averages. This methodology has shown satisfactory results for scheduling work shifts for doctors, paramedics, security guards, and drivers in numerous hospital centers in Colombia.http://www.growingscience.com/dsl/Vol14/dsl_2024_82.pdf
spellingShingle Luis Fernando Moreno-Velásquez
F. Javier Díaz-Serna
Daniel Morillo-Torre
Dynamic multicriteria optimization for the nurse scheduling problem
Decision Science Letters
title Dynamic multicriteria optimization for the nurse scheduling problem
title_full Dynamic multicriteria optimization for the nurse scheduling problem
title_fullStr Dynamic multicriteria optimization for the nurse scheduling problem
title_full_unstemmed Dynamic multicriteria optimization for the nurse scheduling problem
title_short Dynamic multicriteria optimization for the nurse scheduling problem
title_sort dynamic multicriteria optimization for the nurse scheduling problem
url http://www.growingscience.com/dsl/Vol14/dsl_2024_82.pdf
work_keys_str_mv AT luisfernandomorenovelasquez dynamicmulticriteriaoptimizationforthenurseschedulingproblem
AT fjavierdiazserna dynamicmulticriteriaoptimizationforthenurseschedulingproblem
AT danielmorillotorre dynamicmulticriteriaoptimizationforthenurseschedulingproblem