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Software for Regularity Racing
Kříž, Petr ; Holek, Radovan (referee) ; Štohl, Radek (advisor)
The main goal of this master‘s thesis was to create software solution suitable for measuring and results processing of regularity rally races and to create supplementary web application. The measuring application was created using integrated development environment Microsoft Visual Studio 2015 and c# programming language. For application to work correctly, it was necessary to create a database model, using MySQL relational database management system. The measuring application can work both with local and remote database server. Web application allows user to see various data including results of racing events or tournaments, data are being fetched from the MySQL database. There was an option to explore existing circuit racing software Vola Timing Circuit – Pro for inspiration.
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Wireless Timer for Fire Sport Competitions
Holinka, Milan ; Šimek, Václav (referee) ; Bartoš, Pavel (advisor)
This thesis describes the design, development and realization of a wireless electronic timer for use in firesport. Specification of the final product is built with regard to versatility, ease of use and low acquisition costs. Commercial products have been compared as inspiration for this work. Requirements of the timer are based on the rules of firesport disciplines, where the timer can be used. It consists of a base station that can be accompanied for additional elements used to starting, splits capturing and stopping. An independent communication module has been created to ensure wireless connection. Libraries for comfort work with the module, support for USB bus and reliable protocol for wireless transmission have been implemented.
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Portable universal timing facility for sports activities
Jacko, Róbert ; Strašil, Ivo (referee) ; Pavelka, Ondřej (advisor)
Semestral thesis entitled „Universal timekeeping system for sport“ deals with issue of time measurement at sporting events. At this thesis is included basic overview of timekeeping solutions, practically set requirements for timekeeping, comparison of few commercially available time measurement systems and proposal itself. The proposal is divided into few parts. Designed solution is shown by block schemes and functionality of each used block is explained at own part. At first is shown how entire system works then each part of measuring system is explained closely. Based on proposal was constructed prototype of system. Prototype consists of nessesary parts. This thesis deals with design of all parts and describes its functionality.
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Electronic timekeeping with movement detection
Paulus, Luboš ; Brož, Vladimír (referee) ; Klusáček, Stanislav (advisor)
Agility is a competition for dogs and their whipper. The score is made from numbers of errors which dog made and also time in which the dog overcomes crimps decides. Start and finish are detected by the reflective optical spar with logical NPN output. Spar havs to detect only dog in set position in recruit. This signal is processed by a micro – controller, which processes data, more precisely time with accuracy on tenths, sends data on the superior PC.The communication of micro-controller and PC is possible only through USB, RS 232 or wireless RS 232.
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