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Position tracking using GPS coordinates
Mishustina, Ekaterina ; Podivínský, Jakub (referee) ; Sadovský, Petr (advisor)
This bachelor’s thesis is devoted to determining the location using GPS. The GPS module receives the GPS signal and forwards it to the development board, where it is subsequently stored in a data structure and forwarded to the server. The server processes data about the location of the device and reflects it on the map it generates. To gain access to view the data, the user must pass authorization and correctly enter the name and password. The theoretical part of the work is devoted to electronic data transmission, data transmission standards and protocols, GPS and also describes the basic properties and functions of the hardware used for the design and implementation of the device.
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System for Automatic Object Tracking
Kerndl, Michal ; Macháň, Ladislav (referee) ; Šteffan, Pavel (advisor)
There is suggestion of obtaining exact position in this work, based on GPS and GSM modules controlled by PIC microcontroller. Layout of this work is electronic schematic, PCB footprint and theoretical analysis of used modules. The practical part of work is also dealing with software for both microprocessor and web interface. The function prototype will be created and tested in next phases of this project.
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Web Application for Tracking of Vehicle Movement
Dubaj, Ondrej ; Burget, Radek (referee) ; Bartík, Vladimír (advisor)
The aim of this thesis is study, design, implementation and testing of vehicle movement monitoring system. The system consists of a web and a mobile application, where the web apllication provides route planning and data interpretation, and the mobile application, which is developed for Android, secures data collection and its sending to server. The system is able to record accurate arrivals and departures of vehicles at control points, their delays compared to planned times and the travelled distance. The back-end of web application is implemented using the Laravel PHP framework and front-end using the Bootstrap 4 CSS framework and its Now UI Kit template. The Android Studio SDK was used to implement the mobile application, along with Java and XML markup language.
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Car Localization Using Satellite Systems
Uhliar, Martin ; Drahanský, Martin (referee) ; Goldmann, Tomáš (advisor)
This bachelor thesis deals with the design, hardware and software implementation of a location device which can get a location data and speed of a car on the Earth's surface. Through the GPRS mobile network, the obtained values are transferred to a remote server and then stored in a database. This data is presented to the user via a web application that displays the current location of the car on the map. The device is controlled by ARM microcontroller.
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Car Localization Using Satellite Systems
Uhliar, Martin ; Drahanský, Martin (referee) ; Goldmann, Tomáš (advisor)
This bachelor thesis deals with the design, hardware and software implementation of a location device which can get a location data and speed of a car on the Earth's surface. Through the GPRS mobile network, the obtained values are transferred to a remote server and then stored in a database. This data is presented to the user via a web application that displays the current location of the car on the map. The device is controlled by ARM microcontroller.
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Web Application for Tracking of Vehicle Movement
Dubaj, Ondrej ; Burget, Radek (referee) ; Bartík, Vladimír (advisor)
The aim of this thesis is study, design, implementation and testing of vehicle movement monitoring system. The system consists of a web and a mobile application, where the web apllication provides route planning and data interpretation, and the mobile application, which is developed for Android, secures data collection and its sending to server. The system is able to record accurate arrivals and departures of vehicles at control points, their delays compared to planned times and the travelled distance. The back-end of web application is implemented using the Laravel PHP framework and front-end using the Bootstrap 4 CSS framework and its Now UI Kit template. The Android Studio SDK was used to implement the mobile application, along with Java and XML markup language.
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System for Automatic Object Tracking
Kerndl, Michal ; Macháň, Ladislav (referee) ; Šteffan, Pavel (advisor)
There is suggestion of obtaining exact position in this work, based on GPS and GSM modules controlled by PIC microcontroller. Layout of this work is electronic schematic, PCB footprint and theoretical analysis of used modules. The practical part of work is also dealing with software for both microprocessor and web interface. The function prototype will be created and tested in next phases of this project.
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