In cellular vehicle-to-everything (C-V2X) Mode 4, the autonomous mode is based on
spectrum sensing for vehicles selecting spectrum resources, however, the spectrum sensing …

A vehicular network is expected to empower all aspects of the intelligent transportation
system (ITS) and aim at improving road safety and traffic efficiency. In view of the fact that …

The output of the network in a deep learning (DL) based single-user signal detector, which is
a normalized 2× 1 class score vector, needs to be transmitted to the fusion center (FC) by …

In dense traffic cases, the channels among vehicles and infrastructures in cellular vehicle-to-
everything (C-V2X) network are likely to be congested. Vehicles can select spectrum …

New cooperative spectrum sensing (CSS), it encounters better spectrum efficiency, has
come into existence as a new strategy. In this study, techniques based on machine learning …

With the gradually stricter requirement for multimedia applications, spectrum inefficiencies
are urgent to be relieved by sensing and utilizing Spectrum Holes (SHs) over a wide …

The main challenge with Vehicular Ad-Hoc Networks (VANETs) for assisting Intelligent
Transportation Services (ITSs) is ensuring effective data delivery under various network …

Dynamic spectrum access (DSA) has been considered as a promising technology to
address spectrum scarcity and improve spectrum utilization. Normally, the channels are …

Cognitive radio (CR) can provide a promising solution to the spectrum scarcity issue for
upcoming wireless communication technologies. Cooperative spectrum sensing (CSS) is …

Cognitive Internet of Vehicles (CIoV) is an intelligent vehicle network envisioned to
opportunistically access spectrum licensed to primary users (PUs) on the premise of not …