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LED stroboscope speed meter
Krampoťák, Štefan ; Uher, Miroslav (oponent) ; Beneš, Petr (vedoucí práce)
The bachelor´s thesis is dealing with design and realization of contactless rotation sensor based on stroboscope method. As the source of the light should be used power LED. The first part briefly deals with the scanning speed and a more detailed description of the stroboscope method, it´s advantages and disadvantages. The second part of this thesis is about designing and implementation of the measurement device, i.e. designing the block diagrams, electric circuit designing and the execution itself. It analyzes each part of the electric circuit and justifies their selection and design. In the last phase of this bachelor´s thesis is made the measurement of the device and were determinated it´s properties.
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Traffic situations model
Krampoťák, Štefan ; Petyovský, Petr (oponent) ; Horák, Karel (vedoucí práce)
This master thesis deals with analyze of camera system in real traffic, using these system and realization of traffic situation model. Result of this work is fully functional model of traffic situation, which shows the capability of these camera systems in real traffic. It consists of two basic parts, the first is physical model of traffic with semaphore and second part is control program with algorithm for detection of traffic offences. The system contains speed measurement and red light violation. Model has capable of control the speed of cars, control semaphores and configure cameras.
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LED stroboscope speed meter
Krampoťák, Štefan ; Uher, Miroslav (oponent) ; Beneš, Petr (vedoucí práce)
The bachelor´s thesis is dealing with design and realization of contactless rotation sensor based on stroboscope method. As the source of the light should be used power LED. The first part briefly deals with the scanning speed and a more detailed description of the stroboscope method, it´s advantages and disadvantages. The second part of this thesis is about designing and implementation of the measurement device, i.e. designing the block diagrams, electric circuit designing and the execution itself. It analyzes each part of the electric circuit and justifies their selection and design. In the last phase of this bachelor´s thesis is made the measurement of the device and were determinated it´s properties.
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Traffic situations model
Krampoťák, Štefan ; Petyovský, Petr (oponent) ; Horák, Karel (vedoucí práce)
This master thesis deals with analyze of camera system in real traffic, using these system and realization of traffic situation model. Result of this work is fully functional model of traffic situation, which shows the capability of these camera systems in real traffic. It consists of two basic parts, the first is physical model of traffic with semaphore and second part is control program with algorithm for detection of traffic offences. The system contains speed measurement and red light violation. Model has capable of control the speed of cars, control semaphores and configure cameras.
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