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JavaME Application for Betting on sport results
Kubalík, František ; Müller, Jakub (referee) ; Číka, Petr (advisor)
This bachelor thesis deals with the design and implementation of applications for mobile terminals, which allows user to bet on sports games. The functionality of this application is dependent on a central database, whose proposal is also part of this work. The first section describes the basic features of programming languages, which were used for the implementation of the project. Gradually, it is described in Java, SQL and PHP. The correct formation of tables and a description of problems that may arise in the design of the database are mentioned. Next chapter describes the actual implementation of the project. It described the methods and a more detailed description of the implementation of the various parts the project comprises. This section also contains a test created by the application.
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Localization of geographic position attacker in the Internet
Kubalík, František ; Komosný, Dan (referee) ; Verner, Lukáš (advisor)
This thesis deals with the evaluation of the geographical location of the Internet using delay and implementating method Octant. The first part is devoted to familiarization with the principles of evaluation of the physical position of the stations on the Internet, with a focus on active methods for IP Geolocation. Here it is more space devoted to geolocation Octant algorithm and a more detailed explanation of its principles. At the end of the first part is also familiar with the experimental network PlanetLab. The second part describes the design and implementation of the program in programming language C#, which locates the searched local station with mentioned localization algorithm Octant. Description realization is accompanied by explained examples of the classes with a detailed explanation. Here are also the results of the methods on selected IP addresses of stations with known locations to detect errors or deviations of method from the actual position of searched station. At the end of this section is a comparison with other active as well as passive geolocation methods.
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JavaME Application for Betting on sport results
Kubalík, František ; Müller, Jakub (referee) ; Číka, Petr (advisor)
This bachelor thesis deals with the design and implementation of applications for mobile terminals, which allows user to bet on sports games. The functionality of this application is dependent on a central database, whose proposal is also part of this work. The first section describes the basic features of programming languages, which were used for the implementation of the project. Gradually, it is described in Java, SQL and PHP. The correct formation of tables and a description of problems that may arise in the design of the database are mentioned. Next chapter describes the actual implementation of the project. It described the methods and a more detailed description of the implementation of the various parts the project comprises. This section also contains a test created by the application.
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Localization of geographic position attacker in the Internet
Kubalík, František ; Komosný, Dan (referee) ; Verner, Lukáš (advisor)
This thesis deals with the evaluation of the geographical location of the Internet using delay and implementating method Octant. The first part is devoted to familiarization with the principles of evaluation of the physical position of the stations on the Internet, with a focus on active methods for IP Geolocation. Here it is more space devoted to geolocation Octant algorithm and a more detailed explanation of its principles. At the end of the first part is also familiar with the experimental network PlanetLab. The second part describes the design and implementation of the program in programming language C#, which locates the searched local station with mentioned localization algorithm Octant. Description realization is accompanied by explained examples of the classes with a detailed explanation. Here are also the results of the methods on selected IP addresses of stations with known locations to detect errors or deviations of method from the actual position of searched station. At the end of this section is a comparison with other active as well as passive geolocation methods.
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