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Information System for an Attorney's Office
Bartánus, Radovan ; Očenášek, Pavel (referee) ; Rychlý, Marek (advisor)
This thesis covers the computational tools designated for the purposes of increasing efficiency, lowering difficulty and monitoring of work processes in the attorney offices in Slovak republic. It also analyses the current available software tools with a similar purpose. At the same time it examines safety requirements, specified by the laws of Slovak republic, which ensure the protection of personal data of clients and employees of attorney offices. The results of the analysis helped designing and implementing the final web application, which can be used as an information system for attorney offices. The final application includes a search for records in the register of companies of Slovak republic, and notifying users of any changes in the records.
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Workforce Optimisation
Pacinda, Štefan ; Barták, Roman (advisor) ; Klusáček, Dalibor (referee)
Title: Workforce Optimisation Author: Štefan Pacinda Department / Institute: Department of Theoretical Computer Science and Mathematical Logic (KTIML) Supervisor of the master thesis: doc. RNDr. Roman Barták Ph.D., KTIML Abstract: Workforce management deals with the problem of maintaining productive workforce for example in call centers, hospitals, transportation companies etc. It includes the problem of deciding which skills are necessarily at each given time and how many personnel with given skills is required. These decisions are followed by solving the problem of allocating particular employees to shifts while satisfying the skill demands but also other constraints derived for example from law regulations, trade unions agreements, and individual preferences. This thesis deals with workforce optimization, that is with the optimal assignment of personnel to shifts in order to cover the demand for resources that vary over time. In this paper the solved problem is described in all detail and modeled as mixed integer program. Implementation details are presented and exhaustive analysis and experiments on a real life problem instance are performed to assure that the aims of the work have been met. Keywords: Rostering, Workforce Management, Shift Scheduling
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Information System for an Attorney's Office
Bartánus, Radovan ; Očenášek, Pavel (referee) ; Rychlý, Marek (advisor)
This thesis covers the computational tools designated for the purposes of increasing efficiency, lowering difficulty and monitoring of work processes in the attorney offices in Slovak republic. It also analyses the current available software tools with a similar purpose. At the same time it examines safety requirements, specified by the laws of Slovak republic, which ensure the protection of personal data of clients and employees of attorney offices. The results of the analysis helped designing and implementing the final web application, which can be used as an information system for attorney offices. The final application includes a search for records in the register of companies of Slovak republic, and notifying users of any changes in the records.
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Workforce Optimisation
Pacinda, Štefan ; Barták, Roman (advisor) ; Klusáček, Dalibor (referee)
Title: Workforce Optimisation Author: Štefan Pacinda Department / Institute: Department of Theoretical Computer Science and Mathematical Logic (KTIML) Supervisor of the master thesis: doc. RNDr. Roman Barták Ph.D., KTIML Abstract: Workforce management deals with the problem of maintaining productive workforce for example in call centers, hospitals, transportation companies etc. It includes the problem of deciding which skills are necessarily at each given time and how many personnel with given skills is required. These decisions are followed by solving the problem of allocating particular employees to shifts while satisfying the skill demands but also other constraints derived for example from law regulations, trade unions agreements, and individual preferences. This thesis deals with workforce optimization, that is with the optimal assignment of personnel to shifts in order to cover the demand for resources that vary over time. In this paper the solved problem is described in all detail and modeled as mixed integer program. Implementation details are presented and exhaustive analysis and experiments on a real life problem instance are performed to assure that the aims of the work have been met. Keywords: Rostering, Workforce Management, Shift Scheduling
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