Vehicular communication networks are expected to provide safety and comfort services to
passengers and drivers. To support diverse set of services and applications, vehicular …

Vehicular communication needs will evolve and experience a boom due to the ascent of
connected and autonomous vehicles (AV). Connectivity of various types such as vehicle-to …

To resolve the contradictions between the increasing demand of vehicular wireless
applications and the shortage of spectrum resources, high mobility, short link lifetime, and …

Cognitive radio networks (CRN), in their quest to become the preferred next-generation
wireless communication paradigm, will depend heavily on their ability to efficiently manage …

With the steep increase in the number of vehicle users, the demand for channel resources is
increasing. However, the limited spectrum resources can't meet this huge demands. Using …

For about the past decade and a half research efforts into cognitive radio networks (CRNs)
have increased dramatically. This is because CRN is recognized as a technology that has …

Smart transport services seek to optimize the interaction between the vehicle and
infrastructure for achieving high standards of protection, ease, and efficiency in-vehicle …

Due to the explosive growth of advanced wireless devices (tablets, smartphones, machine-
to-machine devices, etc.), the amount of wireless traffic has been increasing rapidly. At the …

Vehicular ad hoc networks (VANETs) is an active area of research that enables road safety
and infotainment applications for vehicular users. Although a significant amount of efforts is …