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Extension of WinCC program - parameterisation of PLC application
Sysel, Radek ; Pásek, Jan (referee) ; Štohl, Radek (advisor)
The aim of bachelor´s thesis is to propose parameters PLC applications and introduce a management system for steam turbines manufactured by Siemens in Brno. Be familiar with WinCC visualization program and link it with Simatic STEP7, which then communicates with the PLC. Subsequently, on the basis of this knowledge to create a functional application that is integrated into their applications. The functional application and their application will coordinate with each other. After the theoretical design I came to the practical implementation of the application. First, I prepared the functional blocks in STEP 7. Then I went to the graphic’s implementation in WinCC program. In conclusion, I verified the functionality and I stated the other direction to which the application should take.
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Equivalent circuit realizations of the simple chaotic oscillators
Kobza, Jaromír ; Dostál, Tomáš (referee) ; Petržela, Jiří (advisor)
The aim of this paper is to introduce with basic theory the problems encountered when considering the circuit implementation of autonomous RC chaotic oscillator with nonlinearity. All oscillator prototypes are based on one type of universal oscillator circuit. This circuit is able to generate a lot of attractors on condition of different entrance parameters. The design is based on a mathematical simulation, which includes the generation of electronic circuit values. The work is focused the transformation of these values to operational circuit configuration and simulation in a circuit simulator. The final task is to acquire chaotic attractors. Oscilloscope and spectrum analyser photos will verify the operation.
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Extension of WinCC program - parameterisation of PLC application
Sysel, Radek ; Pásek, Jan (referee) ; Štohl, Radek (advisor)
The aim of bachelor´s thesis is to propose parameters PLC applications and introduce a management system for steam turbines manufactured by Siemens in Brno. Be familiar with WinCC visualization program and link it with Simatic STEP7, which then communicates with the PLC. Subsequently, on the basis of this knowledge to create a functional application that is integrated into their applications. The functional application and their application will coordinate with each other. After the theoretical design I came to the practical implementation of the application. First, I prepared the functional blocks in STEP 7. Then I went to the graphic’s implementation in WinCC program. In conclusion, I verified the functionality and I stated the other direction to which the application should take.
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Equivalent circuit realizations of the simple chaotic oscillators
Kobza, Jaromír ; Dostál, Tomáš (referee) ; Petržela, Jiří (advisor)
The aim of this paper is to introduce with basic theory the problems encountered when considering the circuit implementation of autonomous RC chaotic oscillator with nonlinearity. All oscillator prototypes are based on one type of universal oscillator circuit. This circuit is able to generate a lot of attractors on condition of different entrance parameters. The design is based on a mathematical simulation, which includes the generation of electronic circuit values. The work is focused the transformation of these values to operational circuit configuration and simulation in a circuit simulator. The final task is to acquire chaotic attractors. Oscilloscope and spectrum analyser photos will verify the operation.
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Single European Sky
Smejkal, Petr ; Němcová, Ingeborg (advisor) ; Tunkrová, Věra (referee)
The goal of this thesis is to analyse the integration of the European airspace. The traffic over Europe raises year over year and it is necessary to maintain fluent, safe and effective operation. In order to keep the pace with air traffic it is necessary to alter the airspace above Europe, as the structure it is now in is not capable of sustainable growth. European Union is in the process of developing project called Single European Sky the idea of which originates in the integrated airspace over Germany, Belgium, Luxembourg and the Netherlands. Thesis focuses on this very project and particular functional airspace blocks (FAB).
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