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Development of water show control
Havran, Lukáš ; Pruša, Radomír (referee) ; Štěpánek, Vojtěch (advisor)
This thesis deals with the design methodology for controlling a digital water curtain. The research section focuses on analyzing control systems suitable for this technology and on software tools that enable the implementation of a user application designed to control the water curtain. Based on the research, the practical part involves the implementation of a user application for composing and executing water scenes. Another aspect of the practical part is the selection and programming of control hardware that manages the water jets. The control principle relies on communication between the user application and the control hardware. The practical part is further complemented by the construction design of the digital water curtain in the form of a 3D model, which includes all construction elements, including the control hardware.
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Evaluation of Selected Software Tools for Modeling the Leakage of Hazardous Substances in Accidents in the Chemical Industry
Hrušková, Veronika ; Martincová, Jana Victoria (referee) ; Adamec, Vladimír (advisor)
The thesis is aimed at the modeling of releases of hazardous substances to the designated software tools. The work consists of three parts. The first part is theoretical, which deals with hazardous substances and their legislation, accidents in industry, physical models of leakage and dispersion of hazardous substances and factors influencing their spread in the air and finally software tools. The second part, experimental, describes some software tools and their subsequent modeling. The third part is devoted to the results of modeling and analysis of selected software tools. The aim of the thesis is to analyze selected software tools for modeling the release of hazardous substances, to compare their explanatory power and potential use.
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Production logistic
Susko, Petr ; Maxa, Jiří (referee) ; Špinka, Jiří (advisor)
This thesis deals with the production logistics, organization of production in the company and its management as well as using software tools to control it. The work begins with a theoretical study of a given topic, which contains a description of the basic goals and tasks of a production logistics, technology design principles, a description of production planning and control . In the last part of theoretical study deals with the application of various software tools to a logistics control an plannig. The second part focuses on the practical concerns of the thesis and includes a complete description and data collected from current production, evaluation and summary. In the third part of the bachelor’s thesis we deal with manufacturing errors, the redeployment and optimization of production processes. In the last part is the overall comparison of current layout and proposed production layout.
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Nástroje pro tvorbu obsahu 3D závodních her
Šimůnek, Petr ; Gemrot, Jakub (advisor) ; Pilát, Martin (referee)
The goal of this thesis is to create a system for game engine Unity for creating roads and other side objects around real roads. Emphasis is placed on optimizing the final product, user-friendliness, and flexibility. The system tries to solve many complex road cases never solved in mainstream Unity road assets. It also takes into account the problem of tiling the texture of a road. The system was validated by recreating real track and several imaginary tracks. The result of the work is a plugin, which can be used by game developers to speed up the development of racing games. 1
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CLARIN-DSpace repository at LINDAT/CLARIN : LINDAT/CLARIN FAIR repository for language data
Straňák, Pavel ; Košarko, Ondřej ; Mišutka, Jozef
We will present a software solution for and experience in running a digital repository for language data and natural language processing tools - LINDAT/CLARIN. We will present unique support for licensing with an emphasis on Open Access, and how we support all 4 key FAIR principles. We will show the submission workflow including license choice, approval and publishing or submissions by editors, as well as the repository administration environment including license definition, signing and access control. We will also present repository integration with other services, and statistics of operation.
Fulltext: Stranak_Kosarko_Misutka_fulltext - PDF Slides: Stranak_prezentace_EN - PDF Video: Stranak_video - MP4
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Production logistic
Susko, Petr ; Maxa, Jiří (referee) ; Špinka, Jiří (advisor)
This thesis deals with the production logistics, organization of production in the company and its management as well as using software tools to control it. The work begins with a theoretical study of a given topic, which contains a description of the basic goals and tasks of a production logistics, technology design principles, a description of production planning and control . In the last part of theoretical study deals with the application of various software tools to a logistics control an plannig. The second part focuses on the practical concerns of the thesis and includes a complete description and data collected from current production, evaluation and summary. In the third part of the bachelor’s thesis we deal with manufacturing errors, the redeployment and optimization of production processes. In the last part is the overall comparison of current layout and proposed production layout.
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Evaluation of Selected Software Tools for Modeling the Leakage of Hazardous Substances in Accidents in the Chemical Industry
Hrušková, Veronika ; Martincová, Jana Victoria (referee) ; Adamec, Vladimír (advisor)
The thesis is aimed at the modeling of releases of hazardous substances to the designated software tools. The work consists of three parts. The first part is theoretical, which deals with hazardous substances and their legislation, accidents in industry, physical models of leakage and dispersion of hazardous substances and factors influencing their spread in the air and finally software tools. The second part, experimental, describes some software tools and their subsequent modeling. The third part is devoted to the results of modeling and analysis of selected software tools. The aim of the thesis is to analyze selected software tools for modeling the release of hazardous substances, to compare their explanatory power and potential use.
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