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Server application for distributed computing
Svozílek, Marek ; Andrš, Ondřej (referee) ; Kovář, Jiří (advisor)
This diploma thesis deals with the realization of a server application for distributed calculations programmed on .NET platform and in C # language in development environment Visual Studio 2015. The diploma thesis is divided into the theoretical and practical part. In the theoretical part, the thesis deals with technologies, which are needed for implementation of the application. Here is how each technology is used and set up to serve the purpose of the master's thesis. In the theoretical part, functionality is shown in the examples. The practical part describes the layout of the application and the functionality of the individual part of the application. The architecture of each part of the application is presented in the UML class diagram.
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Automation of MIB Files Import
Kožušník, Adam ; Bartík, Vladimír (referee) ; Kreslíková, Jitka (advisor)
This diploma thesis is about an automation of importing MIB files into MIB database. This work is written for SolarWinds company. The goal is to analyze current process of importing MIB files. Than design changes of existing tools for their use in the automation. Also design new tools, if they are needed. Designed system will be implemented in required programming language with suitable technologies. There will be consultations with responsible person from SolarWinds company during the whole work.
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Application for 2D Curves Demonstration
Opletal, Pavel ; Švub, Miroslav (referee) ; Venera, Jiří (advisor)
This Bachelor's Thesis deals with planar curves used in computer graphics. It sums up general ideas of these curves and deals with particular methods for computing planar curves. It describes methods used for computing Ferguson cubic curves, Kochanek-Bartels spline, Cardinal spline, Catmull-Rom spline, Bézier curves and their modifications, Coons cubic curves, Coons cubic B-spline curves and NURBS. Practical part of this project deals with concept and impementation of tutorial, which demonstrates chosen curves.
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Five in a Row
Vrtílek, Michal ; Zbořil, František (referee) ; Rozman, Jaroslav (advisor)
This Bachelor's Thesis describes the desing and implementation of artificial intelligence for the board game Five in a row. The main goal of this thesis is to create an application able to communicate with the Manager For Board Games with the use of network communication and being able to play the board game Five in a row on a suitable level. This work contains theoretical parts about the history and rules of Five in a row and it's variations, about the possibilities of use of artificial intelligence in this game and about the structure of aplications used for playing it. It's concern is about the actual desing and implementation of said application, including it's controls. In the end I evaluate achieved results and propose additional directions for the program development.
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HMI for BECKHOFF TWINCAT 3
Balga, Ondřej ; Arm, Jakub (referee) ; Pásek, Jan (advisor)
This thesis deals with the creation of HMI in the C # programming language for BECKHOFF TWINCAT 3. In the theoretical part, the thesis focuses on description of .NET framework, WPF, MVVM, Prism and software tools used in the thesis. The following chapter focuses on creating a development environment and a runtime. All functionalities and capabilities of the created application are described. The created development environment and runtime are used and demonstrated on the sample solution.
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AOS: Tool for Graph Analysis
Siebert, Martin ; Holkovič, Martin (referee) ; Trchalík, Roman (advisor)
This Bachelor's thesis is focused mainly on design and implementation of a tool, that analyses price graphs. One of the main requirements of the design is modifiability and maintainability of source code. This goal is achieved with the MVC architecture and by creating independent system components. The application takes care of collecting the data from the trading platform, performs the calculation based on the requirements and displays the information in the graph. For each module, the calculation is being done independently, whereas the modules can form multiple sequences of different lengths. In this Bachelor's thesis, there are five analytical modules implemented and two sample case studies created.
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Information System for Energetic Consultant Service
David, Lukáš ; Šebek, Michal (referee) ; Burget, Radek (advisor)
This bachelor thesis deals with the information system design for the BV Consulting company. The thesis presents the principles of the company functioning including all the internal regulations that are important for the system design. The thesis describes the requirements on the system, system design based on these requirements and its implementation. The main function of system is providing an interface for administration and registration of employees, their contracts and reports. The implementation is based on Microsoft Office Access and ASP.NET.
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Building Designer and Generator
Jurka, Zdeněk ; Kubíček, Radek (referee) ; Přibyl, Jaroslav (advisor)
This work deals with design and creation of 2D editor for fast transfer of bitmap building plans to a vector representation. Emphasis is placed on an object oriented design of editor allowing extension of the automatically generating 3D object representation obtained from the vector form. The thesis describes an important part of the design of the user interface and an equally important mathematical background of the implemented 2D features. The work also addresses the description of the intended generation of 3D models with a choice of appearance of the resulting 3D model.
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Generating Blazor Components from C# Classes
Špavor, Dávid ; Koutenský, Michal (referee) ; Pluskal, Jan (advisor)
This thesis focuses on the possibility of automatic generation of views in dynamic web applications using Blazor technology. The task is to analyze parts of the user interface of web applications, Blazor technology and select such views that could be automatically generated, thus simplifying and streamlining development. For this task, I designed and implemented a framework that contains components that support the generation of views based on context in the form of a model of data contained in the C# class. These components support parameters that can be used to customize views directly within the code. The result of the work are implemented two extensive C# libraries, which are available online as an open-source project and also as packages for the possibility of integrating into existing Blazor applications.
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