In present days, wireless heterogeneous networks include a variety of interfaces that can be
used between users and various base stations. In this multi-interface environment, it is …

The future network world will be embedded with different generations of wireless
technologies, such as 3G, 4G and 5G. At the same time, the development of new devices …

The commercial deployment of 5G networks require heterogeneous multi-tier, multiple radio
access technologies (RATs) to support vehicle-to-infrastructure (V2I) communication with …

Multi-attribute decision-making (MADM) approaches are commonly used to model and solve
the network interface selection problem in heterogeneous wireless networks. Despite their …

Vehicular networks (VANETs) are witnessing a tremendous evolution due to newly deployed
communication technologies enabling a vehicle to communicate and exchange information …

Due to the exploding traffic demands with the ubiquitous anticipated spread of 5G and
Internet of Things, research has been active to devise mechanisms for meeting these …

Multimode terminals running multiple services at the same time are increasingly common, in
response to this phenomenon, a network selection algorithm based on group decision …

Due to the dense deployment and the diversity of user service types in the 5G HUDN
environment, a more flexible network selection algorithm is required to reduce the network …

Network interface selection (NIS) aims at choosing the best connection of the user
equipment (UE) to the best available wireless network at any time and everywhere …

During the last decade, the interest for vehicular opportunities and potentialities has heavily
grown, due to the numerous advantages given by the technological progress. In particular …