With the gradual popularization of unmanned aerial vehicles (UAVs), spectrum resources
are increasingly scarce. At this time, cognitive radio (CR) technology came into being, which …

The water-filling (WF) algorithm is a widely used design strategy in the radar waveform
design field to maximize the signal-to-interference-plus-noise ratio (SINR). To address the …

In architecting a smart city, the designers and architects need to incorporate efficient
mechanisms to manage movement of people, especially in urban areas. Such mechanisms …

In cognitive vehicular networks, unlicensed secondary users heavily depend on spectrum
sensing to find unused spectrum bands for communications. The performance study of …

This correspondence considers a hybrid cognitive radio (H-CR) where the primary
transmitter (PT) transmits message to the primary receiver (PR) whenever traffic occurs by …

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

The trade‐off between sensing time and throughput is investigated in the context of an
energy‐efficient cognitive radio network considering both the sensing and reporting …

Abstract—Intelligent Transport System (ITS) has emerged as the most probable technology
for improved transport experience more so in environments with high vehicular density …

A mobile device with embedded cognitive radios (CRs) is integrated into a novel low-cost
massive antenna configuration multihop or device-to-device (D2D) wireless network that …

Cognitive radio enabled vehicular networks (CR-VNETs) is a new communication paradigm
that enables moving vehicles to identify spectrum opportunities along busy streets and …