With the advances in automotive industry and telecommunication technologies, more and
more vehicles are connected which paves the pathway to future intelligent transportation …

SDVN is a promising architecture to extend the computation resources which break through
the limitations of current vehicular networks. It is possible to learn new networking schemes …

Temporal information is critical for routing computation in the vehicular network. It plays a
vital role in the vehicular network. Till now, most existing routing schemes in vehicular …

Due to the lack of fully considering dynamic traffic information, in Vehicular Ad-hoc Networks
(VANETs), existing routing schemes are easily stuck in local optimum, path redundancy, and …

To provide a better support for various vehicular applications, digital twin (DT), as an
emerging technology, can enable a virtual presentation of physical vehicular networks to …

The integration of learning architecture with SDN-based VANETs (SDVN) is beneficial for
utilizing computing power by decoupling network management services from data transfer …

Techniques for Human-Vehicle Interaction can be easily bounded by the limited amount of
computational resources within the vehicles. Therefore, outsourcing the computations from …

The most common problem on routing networks is to compute the shortest paths from a
source vertex to a set of target vertices. A variation of it, with applications for recommender …

Software-defined vehicular networks (SDVN) is a promising technology for wireless data
transmissions between vehicles. SDVN inherits software-defined networking principles and …

To ensure high performance for vehicular access networks, Software Defined Networking
(SDN) technology is an efficient solution offering programmability, flexibility and a …