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Gomoku Game
Basovník, Martin ; Dluhoš, Ondřej (referee) ; Kněžík, Jan (advisor)
This bachelor's thesis is focused on the development of arti cial intelligence for board game Gomoku. Firstly it describes the necessary theoretical basis for the development of intelligent opponents. Secondly it considers the possibility of parallelization. Next it describes the implementation of the game Gomoku. Finally it documents testing process, publishes the results of the development, and outlines possible further extensions to the application.
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Database Performance Tuning
Paulíček, Martin ; Ruttkay, Ladislav (referee) ; Chmelař, Petr (advisor)
The objective of this thesis was to study problems of an insufficient database processing performance and possibilities how to improve the performance with database configuration file optimizations, more powerful hardware and parallel processing. The master thesis contains a description of relational databases, storage media and different forms of parallelism with its use in database systems. There is a description of the developed software for testing database performance. The program was used for testing several database configuration files, various hardware, different database systems (PostgreSQL, Oracle) and advantages of parallel method "partitioning". Test reports and evaluation results are described at the end of the thesis.
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Real-Time Displaying Quality Maps of Silicon Wafers
Mareček, Matěj ; Přibyl, Bronislav (referee) ; Herout, Adam (advisor)
The goal of this bachelor's thesis is to design and implement a software system that can collect real-time data from measurements of silicon wafers. There could be tens or hundreds data sources of measurements and data from these measurements can be rendered (also in real time). This work contains a description of the process of manufacturing and testing of integrated circuits. Subsequently, there is description of system architecture design, interior architecture of real-time server and GUI of client application. In the last section, there is shown how rendering of silicon wafers was implemented on platform JavaFX 2.2 and also implementation of hybrid multi-threading server architecture.
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Desktop Game "Dáma"
Staněk, Ondřej ; Chmelař, Petr (referee) ; Kolář, Dušan (advisor)
This bachelor's thesis implements the draughts desktop game. Application allows to play according to different rules. It supports different ways of possible turns search of the player. One of them is the parallel computation.
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Water Simulation Using GPU
Hanzlíček, Jiří ; Jaroš, Jiří (referee) ; Vaverka, Filip (advisor)
The goal of this thesis is to find a suitable model of fluids, the numerical simulation of which can be realized as interactive program. This requirement leads to a solution based on highly parallel algorithm. The implementation is built not only for CPU, but also GPU in a way, that allows to compare computational performance of each device on selected model.
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Manager for Desk Games with Parallel Tournament Playing
Čížek, Tomáš ; Snášelová, Petra (referee) ; Rozman, Jaroslav (advisor)
The theme of this work is to design and realize an application for organizing classic board game tournaments played by computer programs. The application is based on already existing Manager of board games and extends it, so there is a possibility of parallel playing games within the tournament, among other things. At the beginning I describe existing Manger of board games. Subsequently, I focus on theory of programing parallel and portable applications. The rest of the text summarizes the design and implementation of the target application.
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Simulation of Fracture Tests in Civil Engineering
Bordovský, Gabriel ; Vaverka, Filip (referee) ; Jaroš, Jiří (advisor)
In this thesis, a program for fracture test in civil engineering has been optimized. The simulation is used for a validation of the fracture characteristics for blocks of construct material used for historic buildings reconstructure. This thesis illustrates the possibilities of an effective usage of the processor’s potential without the loss of the output quality. The individual parts of the simulation are analyzed and this thesis proposes for the critical sections some possible optimizations such as vectorization or parallel processing. The techniques used in this thesis may be used on similar computing problems and help shorten the required runtime. The prototype of the simulation was able to process the simulation in 7.7 hours. Optimized version is capable to process the same simulation in 2.1 hours on one core or 21 minutes on eight cores. The parallel optimized version is 21 times faster than the prototype.
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Optical Field Calculations in GP-GPU
Srnec, Erik ; Polok, Lukáš (referee) ; Zemčík, Pavel (advisor)
This work describes a relatively new technique designed to write highly parallel programs, that name is OpenCL. It is intended for both GPU and CPU and other parallel processors. Libraries used by the processor architecture, which includes a large number of small cores. These cores are not as comprehensive as conventional processors and is therefore suitable for calculations, which are many and they are simple. It is this property could, under certain conditions, accelerate the calculation of the hologram, namely the calculation of the optical field. While the calculation itself is simple, but the amount of processed data is large and therefore slow. The work also contain the basic concepts of explanation of optical and digital holography.
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Application for Alignment of DNA Parts
Kašpárek, Tomáš ; Žák, Jakub (referee) ; Rozman, Jaroslav (advisor)
This thesis deals with DNA sequences alignment methods with focus on execution speed of given task and its optimality. The outcome of this thesis results in multiple programs, which presents DNA alignment algorithms and their versions programmed with OpenCL libraries, which are optimized on calculation rate. Text of this thesis apprises reader with DNA alignment problematic and its importance in biology. Further, algorithms for DNA alignment and options of their speed-up using libraries like CUDA or OpenCL are presented.
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