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Web Interface for Task Management and Monitoring on Supercomputers
Dančák, Petr ; Jaroš, Jiří (referee) ; Jaroš, Marta (advisor)
Bachelor's thesis focuses on web development process to create interface for k-Dispatch system, with which we can monitor, create and edit existing tasks, users, machines, allocations and groups. Web design was created based on web content layout principle and object grouping based on similarities principle. Comparison of usable tools is in design procedure section. Implementation uses mainly written in Python3 language with usage of Flask framework, which is helpful with processing requests and user authentication. Furthermore in implementation are used languages as HTML, JavaScript, Jinja2 and other. For test phase were used unit tests together with Selenium interface and user testing.
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Extending Functionality of European Project Portal
Vorobiev, Nikolaj ; Doležal, Jan (referee) ; Smrž, Pavel (advisor)
This thesis is based on 2 previous theses, complements and expands the last of them. The primary objective is to take existing source files, study, modify and use them for the purpose of running and updating the system. It is a necessary intermediate step, which the previous thesis solved partly. The secondary objective is to expand the system focused on improving the navigation, creating relations between the similar existing system entities, metasearching for relevant resources according to user requirements, extracting and storing new unique information about entities in the system, which is not provided by the current source. The result of the thesis is a running system, filled with fresh data, prepared and improved for system users. The source code of the system is refactored, became more readable and is ready to be extended. The metasearch engine is created, in modern Perl 5. The source code of the engine is portable and scalable, which allows easy integration into other systems.
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Design and Implementation of Smart Home for Camper Van
Václavík, Marek ; Kulheim, Jaroslav (referee) ; Dydowicz, Petr (advisor)
This thesis focuses on the design and development of a smart home system for a specialized residential van environment. This thesis includes the theoretical background, analysis of the assignment and the current situation of the company and the design of the resulting system. The design of this system is created by considering the requirements of the assigning company and the information obtained through the analysis. For these reasons, the final system is based on the open-source platform Home Assistant.
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Web Interface for Task Management and Monitoring on Supercomputers
Dančák, Petr ; Jaroš, Jiří (referee) ; Jaroš, Marta (advisor)
Bachelor's thesis focuses on web development process to create interface for k-Dispatch system, with which we can monitor, create and edit existing tasks, users, machines, allocations and groups. Web design was created based on web content layout principle and object grouping based on similarities principle. Comparison of usable tools is in design procedure section. Implementation uses mainly written in Python3 language with usage of Flask framework, which is helpful with processing requests and user authentication. Furthermore in implementation are used languages as HTML, JavaScript, Jinja2 and other. For test phase were used unit tests together with Selenium interface and user testing.
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|
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Extending Functionality of European Project Portal
Vorobiev, Nikolaj ; Doležal, Jan (referee) ; Smrž, Pavel (advisor)
This thesis is based on 2 previous theses, complements and expands the last of them. The primary objective is to take existing source files, study, modify and use them for the purpose of running and updating the system. It is a necessary intermediate step, which the previous thesis solved partly. The secondary objective is to expand the system focused on improving the navigation, creating relations between the similar existing system entities, metasearching for relevant resources according to user requirements, extracting and storing new unique information about entities in the system, which is not provided by the current source. The result of the thesis is a running system, filled with fresh data, prepared and improved for system users. The source code of the system is refactored, became more readable and is ready to be extended. The metasearch engine is created, in modern Perl 5. The source code of the engine is portable and scalable, which allows easy integration into other systems.
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