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Speech signal processing via web interface
Markovič, Michal ; Smékal, Zdeněk (referee) ; Mekyska, Jiří (advisor)
This work is resolving the possibility of processing a speech signal by using the web interface. A record of the speech signal is made and then saved and stored in servers. Then it’s possible to analyse and process the record with the help of a web application written in the C++ programming language. The results are shown in website.
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Automated of Web Application Testing
Köszegy, Lukáš ; Rychlý, Marek (referee) ; Kreslíková, Jitka (advisor)
The Master thesis focuses on basic description of the theoretical and practical part of testing, agile development and online shopping. Aim of the paper is to specify requirements for testing scenario of online shopping and subsequently suggest suitable solution for easy integration testing process as a part of the development of online shopping within agile development.
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Web interface for audio feature visualization
Putz, Viliam ; Ištvánek, Matěj (referee) ; Miklánek, Štěpán (advisor)
This thesis deals with methods of audio features extraction from audio files, visualization of these features and implementation of web interface, which provides the visualization. In the introduction, Music Information Retrieval field, with which this thesis is closely related, is described. Also, the current state in the area of applications for audio features extraction is described. Next, the most common libraries for audio feature extraction within the programming languages are listed. In the second chapter, the audio features that can be extracted from audio file are listed and described. In the third chapter, there is description of the process of implementation, used technologies, function diagram of the web interface, explanation of functionality and description of user interface and its functions.
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Web Interface for Task Management and Monitoring on a Supercomputer
Bukovinský, Denis ; Jaroš, Jiří (referee) ; Jaroš, Marta (advisor)
One of the goals of the project was to complete the web interface for applications that access the k-Dispatch database, which monitors both running and scheduled tasks on a supercomputer. Another goal was to create a web-based graphical interface for the system administrator using already implemented web interface. Using this graphical interface, the administrator can manage and supervise the system. After studying the web interface specification, I implemented the required functionality that I integrated into the k-Dispatch system. The admin interface will include functionality based on the use-case diagrams that I created from the Web interface specification. This interface uses the k-Dispatch web interface to access the database. The web interface was implemented in Python using microframeworks. The admin part of the application consists of dynamic web pages created using HTML, cascading styles and JavaScript. The server generates these dynamic pages using pre-created templates.
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Debian repository web interface
Murgaš, Marek ; Jablončík, Lukáš (referee) ; Sysel, Petr (advisor)
The theme of this bachelor’s thesis is implemetation of web interface for Debian repository. The main goal of this bachelor’s thesis was to create application, which will be able to get information from compressed debian packages and generate corresponding index files for the purpose of simulating Debian repository structure. The theoretical part of this thesis concentrates on introduction of technologiesused for implementation of web interface. Further, it deals with description of Debian repository structure. Theoretical part also includes description of Debian packages structure and information needed for generating index files. Additionally, there is also introduction of possible ways for signing Debian packages. Practical part of this thesis consists of description of web interface implementation and presentation of user interface.
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Web interface for audio feature visualization
Putz, Viliam ; Ištvánek, Matěj (referee) ; Miklánek, Štěpán (advisor)
This thesis deals with methods of audio features extraction from audio files, visualization of these features and implementation of web interface, which provides the visualization. In the introduction, Music Information Retrieval field, with which this thesis is closely related, is described. Also, the current state in the area of applications for audio features extraction is described. Next, the most common libraries for audio feature extraction within the programming languages are listed. In the second chapter, the audio features that can be extracted from audio file are listed and described. In the third chapter, there is description of the process of implementation, used technologies, function diagram of the web interface, explanation of functionality and description of user interface and its functions.
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Web Interface for Task Management and Monitoring on a Supercomputer
Bukovinský, Denis ; Jaroš, Jiří (referee) ; Jaroš, Marta (advisor)
One of the goals of the project was to complete the web interface for applications that access the k-Dispatch database, which monitors both running and scheduled tasks on a supercomputer. Another goal was to create a web-based graphical interface for the system administrator using already implemented web interface. Using this graphical interface, the administrator can manage and supervise the system. After studying the web interface specification, I implemented the required functionality that I integrated into the k-Dispatch system. The admin interface will include functionality based on the use-case diagrams that I created from the Web interface specification. This interface uses the k-Dispatch web interface to access the database. The web interface was implemented in Python using microframeworks. The admin part of the application consists of dynamic web pages created using HTML, cascading styles and JavaScript. The server generates these dynamic pages using pre-created templates.
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Automated of Web Application Testing
Köszegy, Lukáš ; Rychlý, Marek (referee) ; Kreslíková, Jitka (advisor)
The Master thesis focuses on basic description of the theoretical and practical part of testing, agile development and online shopping. Aim of the paper is to specify requirements for testing scenario of online shopping and subsequently suggest suitable solution for easy integration testing process as a part of the development of online shopping within agile development.
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