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Secure Communication in the Internet of Vehicles
Kolaja, David ; Martinásek, Zdeněk (referee) ; Malina, Lukáš (advisor)
Public roads can get dangerous if a police force is trying to stop a vehicle in which the driver is running away from hit-and-run situation. This fact increases the probability of causing more harm to the public. It is also why it should be made possible for police to safely and remotely stop the vehicle using modern technologies. This master thesis deals with possibilities of utilizing Internet of Vehicles (IoV) technologies, in which Cooperative Intelligent Transport Systems (C-ITS) play a big role. We can find description of C-ITS security architecture in the theoretical introduction. The task is to design a secure infrastructure and communication for applications which can remotely stop a vehicle. The security of such communication should be made using modern cryptography algorithms which ensure unauthorized access and usage of the application. Lastly, the security implementation is tested on an On-Board Unit on which the memory consumption and time delay is evaluated.
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Testbed for remote vehicle speed limitation
Šíma, Jindřich ; Musil, Petr (referee) ; Dvořák, Jan (advisor)
Bachelor thesis focuses on planing and realisation of workplace for remote vehicle speed limitation. In the theoretical part there is an analysis of intelligent transportation systems, on-board units, messages in the communication of units and the Vanetza library, which implements standards for communication of units. Practical part consists of planing and realisation of workplace for remote vehicle speed limitation, description of workplace components, the procedute for setting it up, capturing and analyzing communication in the workplace.
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Testbed for remote vehicle speed limitation
Šíma, Jindřich ; Musil, Petr (referee) ; Dvořák, Jan (advisor)
Bachelor thesis focuses on planing and realisation of workplace for remote vehicle speed limitation. In the theoretical part there is an analysis of intelligent transportation systems, on-board units, messages in the communication of units and the Vanetza library, which implements standards for communication of units. Practical part consists of planing and realisation of workplace for remote vehicle speed limitation, description of workplace components, the procedute for setting it up, capturing and analyzing communication in the workplace.
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Secure Communication in the Internet of Vehicles
Kolaja, David ; Martinásek, Zdeněk (referee) ; Malina, Lukáš (advisor)
Public roads can get dangerous if a police force is trying to stop a vehicle in which the driver is running away from hit-and-run situation. This fact increases the probability of causing more harm to the public. It is also why it should be made possible for police to safely and remotely stop the vehicle using modern technologies. This master thesis deals with possibilities of utilizing Internet of Vehicles (IoV) technologies, in which Cooperative Intelligent Transport Systems (C-ITS) play a big role. We can find description of C-ITS security architecture in the theoretical introduction. The task is to design a secure infrastructure and communication for applications which can remotely stop a vehicle. The security of such communication should be made using modern cryptography algorithms which ensure unauthorized access and usage of the application. Lastly, the security implementation is tested on an On-Board Unit on which the memory consumption and time delay is evaluated.
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