Abstract Intelligent Transportation Systems (ITS) help improve the ever‐increasing vehicular
flow and traffic efficiency in urban traffic to reduce the number of accidents. The generation …

Intelligent vehicular networks emerge as a promising technology to provide efficient data
communication in transportation systems and smart cities. At the same time, the …

One of the main challenges in urban development faced by large cities is related to traffic
jam. Despite increasing efforts to maximize the vehicle flow in large cities, to provide greater …

One of the main issues in the design of vehicular networks is understanding vehicles'
mobility, which is determined by their type. In this work, we investigate how the mobility of …

On road networks, traffic congestion due to road bottlenecks is a major source of inefficiency
in terms of time, fuel and labour productivity. Major contributing factors of road bottlenecks …

5G and vehicular networks have enabled Intelligent Transportation Systems (ITS) with better
safety and infotainment services where connected vehicles are critical components for data …

Hybrid Sensor and Vehicular Network (HSVN) merges both Vehicular Ad hoc Network
(VANET) and Wireless Sensor Network (WSN) to create a framework of collaboration …

Ensuring connection stability is crucial for both vehicular safety and user experience. With
the increasing amount of data sharing among connected vehicles, there is a need for more …

Abstract Vehicular Ad Hoc Networks (VANETs) is an origination of Mobile Ad-Hoc Network
(MANET), where road vehicles will distribute messages and provide safety alerts to notice …

In this paper, we focus on two fundamental aspects in the design of Bus-based Vehicular
Networks: the building of bus mobility scenarios for validating solutions and the …