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GNSS navigation prototype messages visualization
Homolka, Martin ; Frýza, Tomáš (referee) ; Povalač, Aleš (advisor)
The aim of this thesis is to graphically interpret navigation messages from a prototype of global navigation satellite system. The resulting application is implemented in Python programming language for Windows operating system and follows requests from researchers developing the prototype. Necessary terminology together with graphical user interface programming possibilities of object-oriented language Python is a base for theoretical background of this text. Practical part of this research describes a solution for receiving generated messages from the prototype as well as their storing and filtering into useful information. Further, the design of graphical user interface of the application for prototype interactions and other tools used for its configuration are included.
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Application for Visualization of Finite Automaton Structure
Polcer, Ondřej ; Horáček, Petr (referee) ; Zámečníková, Eva (advisor)
The goal of this thesis is to create an application that converts text form of a finite state machine to a state diagram. First, the code form of finite state machine syntax is transformed into the object form and complemented by additional data. The algorithm of finding appropriate placement for individual state of structure follows to make their transition clear and understandable with considering the complexity of a given finite state machine. The application creates a set of equivalent views in various form and delivers the appropriate information for easy interpretation of results.
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Non-conventional signs and trade marks
Uhrinová, Zuzana ; Patěk, Daniel (advisor) ; Horáček, Vít (referee)
(Eng) The submitted master's thesis discusses non-conventional signs and trade marks, which have grown in significance, especially from the perspective of marketing, traders and law, as was demonstrated by the recent amendments of the European trade mark law. The main aim of this thesis is to identify the particularities of non-conventional signs and obstacles to their registration from the perspective of the selected jurisdictions and consequently, to evaluate the reasons and justifications of the countries' approach. After a historical overview of trade mark functions and the development of law in the studied jurisdictions, the thesis is concerned with outlining the theoretical legal basis of trade mark protection in the European Union, Canada, Australia and the United States of America. The main focus of the thesis lies in the specific effects of the law on the individual types of non-conventional signs and trade marks, with a particular emphasis on the decisions of offices and courts, especially the Court of Justice of the European Union. The analysis includes sounds, scents, shapes and colours, as well as motion marks, holograms, position marks and tactile signs. The main part of the thesis is subdivided into several sections in order to grasp the particularities and singularities of each type...
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GNSS navigation prototype messages visualization
Homolka, Martin ; Frýza, Tomáš (referee) ; Povalač, Aleš (advisor)
The aim of this thesis is to graphically interpret navigation messages from a prototype of global navigation satellite system. The resulting application is implemented in Python programming language for Windows operating system and follows requests from researchers developing the prototype. Necessary terminology together with graphical user interface programming possibilities of object-oriented language Python is a base for theoretical background of this text. Practical part of this research describes a solution for receiving generated messages from the prototype as well as their storing and filtering into useful information. Further, the design of graphical user interface of the application for prototype interactions and other tools used for its configuration are included.
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Application for Visualization of Finite Automaton Structure
Polcer, Ondřej ; Horáček, Petr (referee) ; Zámečníková, Eva (advisor)
The goal of this thesis is to create an application that converts text form of a finite state machine to a state diagram. First, the code form of finite state machine syntax is transformed into the object form and complemented by additional data. The algorithm of finding appropriate placement for individual state of structure follows to make their transition clear and understandable with considering the complexity of a given finite state machine. The application creates a set of equivalent views in various form and delivers the appropriate information for easy interpretation of results.
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