اسم الباحث :
Mousa Mohammed Gharsan Department of Computer Network Faculty of Engineering and IT University of Alandalus alqadaci2013@gmail.com Fekri M. Abduljalil Department of Computer Science Faculty of Educ. Arts & Science University of Sana a fmabduljalil@gmail.com
Abstract— Today cloud computing, smart vehicle has been realized to provide better services on demand such as software as a service (SaaS). A smart vehicle provides powerful resources for computing, storage, sensing, and data delivery. In addition, with the combination of smart vehicle with cloud computing allowing the user to access the hardware, data, and software in the vehicle, for example the user can use the vehicle's on board camera to deliver image on demand. In addition, because open commination is used in Vehicular cloud computing (VCC), there is a risk for important message exchange in VCC environment leads to misguiding users, message forgery, modification wrong information sharing. In my research I proposed the VC message authentication service framework(VC-MASF) to address the limitation of message integrity and message source authentication in VCC applications. Keywords: Vehicular Cloud Computing, PKI, Key manager, Symmetric key, Message signature, Message authentication Code. For the last few years, smarter vehicles, safer, and less stressful driving experiences have been realized. Currently, ordinary vehicles have devices such as GPS, radio transceiver, small-scale collision radars, cameras, on board computers and different types of sensing devices to alert the driver to all types of road safety conditions and mechanical malfunctions. Vehicles are becoming more sophisticated with on-board storage, powerful on-board computing capabilities, significant communication capabilities and less power limitations which are supported by hosts of sensors, actuators, on board radar and GPS [12].
سنة النشر :
2016
ملخص البحث :
