Stable and reliable wireless communications are absolutely essential in achieving safe,
efficient, and comfortable autonomous driving systems, and require more channel …

In cognitive radio networks, the secondary users perceive the spectrum and access it to data
transmission when the primary users are absent. Then in the cognitive radio enabled …

Cognitive radio vehicular ad‐hoc networks (CR‐VANETs) allow the vehicles to exploit the
unused channels in their vicinity to fulfil the bandwidth demands of infotainment …

Improving transportation efficiency and on-road safety using Intelligent Transportation
Systems (ITSs) has become crucial as road congestion and vehicle complexity increase …

In vehicular networks, accidents and congestions constitute a significant risk due to
numerous cause such as short link lifetime, spectrum competence and high mobility. Further …

This commentary delves into the transformative role of technology in talent identification
within the sports arena, marking a significant shift from traditional scouting methods to …

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 …

Hybrid Spectrum Sensing Techniques in 5G Cognitive Radio Networks in Soft Computing: A
Review Page 1 Computational Intelligence and Machine Learning Vol-2 Issue-1, August 2021 …

Cognitive radio technology (CRNs) will be the fundamental driving force behind the next
generation (5G) mobile communication systems as it provides the optimal solution for the …

The demand for increasing vehicular users evolves with advances in recent technologies
leading to the tremendous increase of 5G mobile networks. The increase of on-road …