In this thesis, a mathematical model to optimize the allocation of human resources is presented. The problem can be summarized as follows: given a set of jobs (or tasks), tath must be performed by a set of resources in order to find a team appropriate to solve this tasks in plausible time and optimal results. To this well known problem we are add a motivational constraint, with the aim to more satisfying assignment and optimal allocation. The mathematical model, in addition to known competences-based constraints, contains a “interpersonal” constraint taht assures the collaboration between human resources “compatible”, that is in the past they have collaborated very well. The result is a consequences both of use of social structures and to use of feedback, with the following aims: Maximize productivity; Minimize bad collaborations; Maximize the gratification. To experiment the logical model of team formation a minimum path nalgorithm is implemented; several uses case and experimental results are descripted. Interesting results in terms of quality of the solutions and in terms of performance have been obtained applying the resolutive technique. [edited by Author]
Analisi e risoluzione del problema dell’allocazione ottima delle risorse
DE PASCALE, ANTONIO GIUSEPPE
2015
Abstract
In this thesis, a mathematical model to optimize the allocation of human resources is presented. The problem can be summarized as follows: given a set of jobs (or tasks), tath must be performed by a set of resources in order to find a team appropriate to solve this tasks in plausible time and optimal results. To this well known problem we are add a motivational constraint, with the aim to more satisfying assignment and optimal allocation. The mathematical model, in addition to known competences-based constraints, contains a “interpersonal” constraint taht assures the collaboration between human resources “compatible”, that is in the past they have collaborated very well. The result is a consequences both of use of social structures and to use of feedback, with the following aims: Maximize productivity; Minimize bad collaborations; Maximize the gratification. To experiment the logical model of team formation a minimum path nalgorithm is implemented; several uses case and experimental results are descripted. Interesting results in terms of quality of the solutions and in terms of performance have been obtained applying the resolutive technique. [edited by Author]| File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.14242/311955
URN:NBN:IT:UNISA-311955