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Interactive scheduling and visualisation
Skalický, Tomáš ; Barták, Roman (advisor) ; Surynek, Pavel (referee)
The goal of this thesis was to design and implement a graphical tool for visualization and editing of schedules which would provide a function for automatic repairing of violated constraints in the schedule. The resulting application called a Gantt Viewer is integrated to the FlowOpt project that represents a complex solution for modeling workflows, creation of schedules from them and analysis of these schedules. The application has been developed with the focus on intuitiveness of the user interface and performance during the management of large schedules. It enables the user to visualize extended manufacturing schedules thanks to the cooperation with other modules of the FlowOpt project. Moreover, the Gantt Viewer incorporates a repair tool exploiting a new Repair-DTP algorithm which is both introduced and demonstrated in this work.
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Dynamic Scheduling
Vlk, Marek ; Barták, Roman (advisor) ; Duša, Vladimír (referee)
One of the problems of real-life production scheduling is dynamics of manufacturing environments with new production demands and breaking machines during the schedule execution. Simple rescheduling from scratch in response to unexpected events occurring on the shop floor may require excessive computation time. Moreover, the recovered schedule may be prohibitively deviated from the ongoing schedule. This thesis reviews existing approaches in the field of dynamic scheduling and proposes techniques how to modify a schedule to accommodate disturbances such as resource failure, hot order arrival or order cancellation. The importance is put on the speed of suggested procedures as well as on a minimum modification from the original schedule. The scheduling model is motivated by the FlowOpt project, which is based on the Temporal Networks with Alternatives. The algorithms are written in the C# language.
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Interactive scheduling and visualisation
Skalický, Tomáš ; Barták, Roman (advisor) ; Surynek, Pavel (referee)
The goal of this thesis was to design and implement a graphical tool for visualization and editing of schedules which would provide a function for automatic repairing of violated constraints in the schedule. The resulting application called a Gantt Viewer is integrated to the FlowOpt project that represents a complex solution for modeling workflows, creation of schedules from them and analysis of these schedules. The application has been developed with the focus on intuitiveness of the user interface and performance during the management of large schedules. It enables the user to visualize extended manufacturing schedules thanks to the cooperation with other modules of the FlowOpt project. Moreover, the Gantt Viewer incorporates a repair tool exploiting a new Repair-DTP algorithm which is both introduced and demonstrated in this work.
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Debt relief in legislation and in practice
JANÁČIK, Rastislav
In bachelor thesis I deal with Institute of debt relief. I analyzed this legislation of debt relief. In the practical part, I managed to obtain statistical data related to the debt relief, and for 2008 and 2009. I got this information from the District court in Pilsen and Czech Budejovice. From provided the information I subsequently made between the District courts the comparison, both in terms of time and in terms of percentage. I also pointed out a practical example of the debtor, whose the debt relief takes the form of rescheduling and on the other hand the debtor, whose the debt relief takes the form realization of assets. Work also includes evaluation of regulatory proposals for debt relief and de lege ferenda.
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