dc.description.abstract | With the rise of the Internet of Vehicles in recent years, vehicles with network functions have transformed from their original basic transportation functions into a mobile headquarters that combines communications, entertainment, and life. Drivers only need to be in the car to grasp all the information of the vehicle at any time through the information platform, which contains a variety of services. However, the maturity of communication technology has also left behind the foreshadowing of cyber threats. If a cyber hacker remotely controls a vehicle, or even hacks into the system, and operates multiple vehicles at the same time to steal corporate secrets or driving information, the harm will be far greater than you or I imagined. Therefore, in order to protect the privacy of car drivers and car-related data, how to use relevant technologies to protect the car network from malicious hackers and steal car information becomes extremely important.
This research will use novel blockchain technology to solve the risks of information security issues from the perspective of information providers. This research takes as an example an integrated information platform designed mainly for smart cars. By unifying the modeling language, the development of the platform can achieve the effects of concrete, visual, and documented. And through the results of the process, the design structure matrix is established, and the matrix and graphics are used to show the relevance of each platform. In this way, we can understand the related attributes of the independence, interdependence, and interaction coupling between platforms to facilitate the design of a safe and convenient platform to achieve the goal of intelligent vehicle information and driving data protection. | en_US |