Vehicular networks are required to meet strict performance criteria to reliably support safety-
critical applications at scale. However, wireless communication technologies that are …

Vehicular Internet-of-Things applications require an efficient Vehicle-to-Everything (V2X)
communication scheme. However, it is particularly challenging to achieve a high throughput …

With the ever-increasing demand for ubiquitous communications from vehicles, there is an
increasing request for Internet of Vehicles (IoV). IoV has been envisioned as an enabling …

In vehicular ad hoc networks (VANETs), successful delivery of GeoUnicast and
GeoBroadcast packets depends on scenario-specific aspects like vehicle density …

Reliable vehicular communication is considered an important precondition for future
intelligent transportation systems (ITSs). Recently, a combination of ad-hoc direct …

Abstract 5G vehicle-to-everything (V2X) connectivity is crucial to enable future complex
vehicular networking environment for enabling intelligent transportation systems (ITS). But …

As vehicle complexity and road congestion increase, combined with the emergence of
electric vehicles, the need for intelligent transportation systems to improve on-road safety …

In the era of 5G-Advanced and 6 G, decentralized machine learning algorithms, particular
federated learning (FL), has become a critical enabling technology for future Internet of …

Multi-hop wireless networks formed between vehicles on a highway can provide Internet
access to devices onboard vehicles if subsets of vehicles also share 3G/4G wireless …

A multi-homed vehicular mobile network uses different wireless and radio communication
technologies to reach the Internet through multiple routing paths. Because of network …