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Graphical User Interface for Performance Control System
Grzybowská, Martina ; Smrčka, Aleš (referee) ; Fiedor, Tomáš (advisor)
One of the most frequent ways to test system performance is the program profiling technique, which carries out a collection of resource consumption data and its subsequent evaluation leading to the detection of performance changes, whose existence may have a negative impact on the system in development. For the realization of the profiling process and more complex application performance management, there are several established solutions. Perun belongs among the newer performance managers, it provides automatization of creating as well as managing of the performance profiles. However, the current version only offers a console user interface, therefore it is not suitable for deployment to e.g. cloud. The main objective of this thesis is to specify, design and implement a graphical user interface for Perun. The resulting interface targets the core functionality such as profiling data collection based on the pre-defined configuration, its subsequent postprocessing or effective visualization, as well as the ability to clearly give information about the status of performance degradation among individual project versions. The solution is demonstrated on three non-trivial version control systems annotated by performance profiles.
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Conference System for Excel@FIT
Kobelka, Martin ; Szőke, Igor (referee) ; Veigend, Petr (advisor)
The main goal of this thesis is to initially conduct a detailed analysis of the issues related to organizing scientific conferences while focusing on the workflow of the Excel@FIT conference and subsequently mapping the workflow of several other conferences organized in the field of information technology in the theoretical part. Then, in the practical part, the task is to design an information system specifically for the Excel@FIT conference and implement it in the form of a web application. The resulting web application for conference administration is developed using the programming languages PHP and TypeScript. The client side is designed as a single-page web application that communicates with the server side through REST API. The application ensures efficient and smooth conference management, registering and reviewing papers and generating exports for evaluation committees. The output is a fully functional application that has been tested on data from previous years and can be easily extended with new functionalities if needed.
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Webová administratíva pre mobilnú aplikácii MyMENDELU
Bistáková, Lenka
This diploma thesis deals with the design and following implementation of a front-end web administration for the mobile application MyMendelu, focusing on the creation of the application architecture and map module in the form of an interactive map. The individual modules are used to manage the most frequently asked questions, reports and rooms of the buildings and campus of Mendel University. Part of the diploma thesis is the analysis of modern frameworks and tools used for creating web front-ends, as well as the analysis of map libraries for building an interactive map. The functionality of the system is proposed based on this analysis, and the resulting solution using the Vue.js and Leaflet frameworks is based on the specification of the requirements contained in this thesis. The implemented administration presents a clear interface used by university employees to ensure the up-to-dateness of the mobile application data, without the need for the intervention of a programmer.
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Graphical User Interface for Performance Control System
Grzybowská, Martina ; Smrčka, Aleš (referee) ; Fiedor, Tomáš (advisor)
One of the most frequent ways to test system performance is the program profiling technique, which carries out a collection of resource consumption data and its subsequent evaluation leading to the detection of performance changes, whose existence may have a negative impact on the system in development. For the realization of the profiling process and more complex application performance management, there are several established solutions. Perun belongs among the newer performance managers, it provides automatization of creating as well as managing of the performance profiles. However, the current version only offers a console user interface, therefore it is not suitable for deployment to e.g. cloud. The main objective of this thesis is to specify, design and implement a graphical user interface for Perun. The resulting interface targets the core functionality such as profiling data collection based on the pre-defined configuration, its subsequent postprocessing or effective visualization, as well as the ability to clearly give information about the status of performance degradation among individual project versions. The solution is demonstrated on three non-trivial version control systems annotated by performance profiles.
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