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ElevaSim - Elevator Simulator
Raszyk, Jan ; Trčka, Martin (advisor) ; Kofroň, Jan (referee)
The target of the work is a concept and an implementation of the simulator of elevator systems. The program implements two lifts algorithms and allows an easy extension of them, it allows to specify the properties of the building and amounts of the travelers in each floor. Program contains editor of the configuration and graphical rendering of the progress of the simulation. The important part of the work is to design the structure of the program so that it is easy to extend the functionality of the simulator. Program collects statistical data about the state of the system, supports running simulation in multiple configurations and comparing the results of statistical data. The work also contains example input files with different specifications of the simulation and also example output statistics. The work also contains a comparison with another programs simulating elevator systems.
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Connector generation process enhancement
Raszyk, Jan ; Malohlava, Michal (advisor) ; Bureš, Tomáš (referee)
Software connectors o er a way to model and realize connections between components in component systems. To create the source code for the software connectors, it is bene cial to use automated code generation. Software connectors also reect various non-functional properties (e.g. logging, security, adaptation, measurements). Therefore the connector generator should support simple extensibility of the functionality of generated connectors. The usability of the connector generator is also a ected by its platform portability. This thesis aims to enhance the generation of source code for software connectors in the SOFA component system. It enhances the functionality of the existing connector generator to extend the set of generated connectors. The enhancements are motivated by real requirements of the SOFA system. The work also solves the platform portability issues of the existing connector generator based on the StrategoXT tool.
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Connector generation process enhancement
Raszyk, Jan ; Malohlava, Michal (advisor) ; Bureš, Tomáš (referee)
Software connectors o er a way to model and realize connections between components in component systems. To create the source code for the software connectors, it is bene cial to use automated code generation. Software connectors also reect various non-functional properties (e.g. logging, security, adaptation, measurements). Therefore the connector generator should support simple extensibility of the functionality of generated connectors. The usability of the connector generator is also a ected by its platform portability. This thesis aims to enhance the generation of source code for software connectors in the SOFA component system. It enhances the functionality of the existing connector generator to extend the set of generated connectors. The enhancements are motivated by real requirements of the SOFA system. The work also solves the platform portability issues of the existing connector generator based on the StrategoXT tool.
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ElevaSim - Elevator Simulator
Raszyk, Jan ; Kofroň, Jan (referee) ; Trčka, Martin (advisor)
The target of the work is a concept and an implementation of the simulator of elevator systems. The program implements two lifts algorithms and allows an easy extension of them, it allows to specify the properties of the building and amounts of the travelers in each floor. Program contains editor of the configuration and graphical rendering of the progress of the simulation. The important part of the work is to design the structure of the program so that it is easy to extend the functionality of the simulator. Program collects statistical data about the state of the system, supports running simulation in multiple configurations and comparing the results of statistical data. The work also contains example input files with different specifications of the simulation and also example output statistics. The work also contains a comparison with another programs simulating elevator systems.
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