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Extension of the Eclipse Che Editor for UI Testing Module
Lorinc, Marián ; Lengál, Ondřej (referee) ; Rogalewicz, Adam (advisor)
The goal of this thesis is to design and implement module for testing graphical user interfaces of integrated development environment Eclipse Che. The biggest priority of this thesis is to make the module compatible with module for testing graphical user interfaces of editor Visual Studio Code. In order to ensure compatibility between both editors, new module was created to define common application programming interface for graphical components. Created solution enables Visual Studio Code extension developers to use existing user interface tests in Eclipse Che IDE with minimal effort. As result source code can be shared which reduces maintenance costs.
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Optimization of telecommunication education environment
Jeřábek, Josef ; Minarčík, Martin (referee) ; Škorpil, Vladislav (advisor)
The intended goal within the scope of this master´s thesis is to get acquainted with the product of EMONA INSTRUMENTS Company. There are two main concepts: the software version TutorTIMS – Advanced and the hardware version TIMS-301. Both concepts were bought into the laboratory, where the following subjects are being lectured: “Access and transport networks” and “Telecommunication network services”. Three laboratory exercises were prepared for both software version and hardware version. Both versions are modular and all designed exercises support independent and creative approach of students. All exercises also consist of standard parts, which are the description of the exercise and exemplary protocol solution. The first exercise is called “amplitude modulation” and is designed as an introductory exercise. Next are a couple of exercises which are designed to be performed on one workplace at the same time. The first of them is focused on practical verification of facts from amplitude shift keying, the second one focuses on link codes. This couple of exercises is the best choice, considering the hardware version of TIMS-301 and at the present time available modules in the lab. Software version is not limited in such way, but it was required to allow performing all of prepared exercises on both versions. Lastly there is a comparison between the software and hardware version and several options for hardware TIMS optimization.
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Automated Document Categorization
Sváček, Radim ; Janoušek, Vladimír (referee) ; Peringer, Petr (advisor)
This thesis deals with design and implementation of automated document categorization application. Text contains analysis of existing systems and description of classification methods. Thesis includes object oriented design of application including plugins. Application is implemented in C++ with possibility of functionality extension through plugins. Application aims to simplify work with unsorted documents through their organization into directory structure based on informations extracted from files, including their metadata.
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Extension of the Eclipse Che Editor for UI Testing Module
Lorinc, Marián ; Lengál, Ondřej (referee) ; Rogalewicz, Adam (advisor)
The goal of this thesis is to design and implement module for testing graphical user interfaces of integrated development environment Eclipse Che. The biggest priority of this thesis is to make the module compatible with module for testing graphical user interfaces of editor Visual Studio Code. In order to ensure compatibility between both editors, new module was created to define common application programming interface for graphical components. Created solution enables Visual Studio Code extension developers to use existing user interface tests in Eclipse Che IDE with minimal effort. As result source code can be shared which reduces maintenance costs.
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Automated Document Categorization
Sváček, Radim ; Janoušek, Vladimír (referee) ; Peringer, Petr (advisor)
This thesis deals with design and implementation of automated document categorization application. Text contains analysis of existing systems and description of classification methods. Thesis includes object oriented design of application including plugins. Application is implemented in C++ with possibility of functionality extension through plugins. Application aims to simplify work with unsorted documents through their organization into directory structure based on informations extracted from files, including their metadata.
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Optimization of telecommunication education environment
Jeřábek, Josef ; Minarčík, Martin (referee) ; Škorpil, Vladislav (advisor)
The intended goal within the scope of this master´s thesis is to get acquainted with the product of EMONA INSTRUMENTS Company. There are two main concepts: the software version TutorTIMS – Advanced and the hardware version TIMS-301. Both concepts were bought into the laboratory, where the following subjects are being lectured: “Access and transport networks” and “Telecommunication network services”. Three laboratory exercises were prepared for both software version and hardware version. Both versions are modular and all designed exercises support independent and creative approach of students. All exercises also consist of standard parts, which are the description of the exercise and exemplary protocol solution. The first exercise is called “amplitude modulation” and is designed as an introductory exercise. Next are a couple of exercises which are designed to be performed on one workplace at the same time. The first of them is focused on practical verification of facts from amplitude shift keying, the second one focuses on link codes. This couple of exercises is the best choice, considering the hardware version of TIMS-301 and at the present time available modules in the lab. Software version is not limited in such way, but it was required to allow performing all of prepared exercises on both versions. Lastly there is a comparison between the software and hardware version and several options for hardware TIMS optimization.
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Probability distributions in SAS
Rosypal, Martin ; Vrabec, Michal (advisor) ; Honnerová, Jana (referee)
The aim of this work is to elaborate the metodology of creation of custom add-ins for statistical application SAS Enterprise Guide and create one of these that would enable to simplify the calculation of quantiles, values of probability mass function (probability density function respectively) and cumulative distribution function and further based on user's specifications create an appropriate graph. In connection with content of this add-in, the presented work includes the recherche from background of twenty two probability distributions that are supported by SAS Enterprise Guide. Custom add-in is programmed in Visual Basic.NET language in development environment Visual Studio 2003, its source code and the codes of graphs, used in this work and the module itself, are due to their extent included in the attached CD. Theoretical part containing the recherche mentioned above is assessed in second and third chapter of this work, the methodology of creation of custom add-ins for SAS Enterprise Guide is described in fourth chapter and own add-in is introduced in chapter five.
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