Sensing-throughput tradeoff has widely been investigated in cognitive radio networks.
Detection probability and interference ratio are usually considered the main constraints to …

Abstract Vehicular Ad hoc Networks (VANETs) is an essential part of Intelligent
Transportation System (ITS), which aims to improve the road safety. However, the main …

The increasing demand of diverse vehicular network oriented applications (both safety and
non-safety related services would undoubtedly lead to shortage of spectral resource …

Unmanned aerial vehicle‐(UAV‐) assisted communication has great potential to provide on‐
demand wireless services and improve the outdoor link throughput. In this paper, a UAV …

In cognitive radio (CR), the detection performance of traditional spectrum sensing may be
decreased due to the multipath fading and shadowing effect. However, unmanned aerial …

To conquer the existing spectrum shortage issues for the successful deployment of new
wireless applications, cognitive radio has evolved as a burgeoning strategy for wireless …

Cognitive radio enabled vehicular ad‐hoc networks (CR‐VANETs) are one of the promising
architectures in the future vehicular ad‐hoc networks. In this study, the joint spatial–temporal …

Cognitive radio has attracted an increasing amount of interest over the past few years as an
effective method of alleviating the spectrum scarcity problem in wireless communications …

Traditionally, enhancing the safety of commuters and relieving traffic congestion have been
the primary objectives of Vehicular Ad hoc Networks (VANETs). Recently, much progress …

In recent years, Cognitive Radio (CR) technology has received significant attention from the
research community as it enables on-demand spectrum utilization, based on the requests of …