Vehicular network applications may be benefited by the use of simultaneous network
interfaces to maximize through-put and reducing latency. In order to take advantage of all …

Vehicular Networking is of immense importance and continuous research is going on in this
field for building the Intelligent Transportation System (ITS). Vehicular ad hoc networks …

Research on vehicular networks has increased for more than a decade, however, the
maturity of involved technologies has been recently reached and standards/specifications in …

The demand for real-time applications such as short video clips of CCTVs on a roadway,
raises the need of for seamless and ubiquitous Internet connectivity in vehicular networks …

Video is a major challenge for the future mobile Internet as it is foreseen to account for close
to 64% percent of consumer mobile traffic by 2013. However, the current Internet, and in …

To improve the handover performance of network mobility basic support (NEMO-BS),
several schemes have been developed. However, these schemes are designed for a single …

Mobile IPv6 and its extensions including Proxy MIPv6 employ a centralized mobility anchor
to handle mobility management of the mobile nodes. The mobility anchor is in charge of …

Proxy Mobile IPv6 is standardized to provide network-based mobility management for a
regular IPv6 mobile node (MN). This paper introduces an extension to Proxy Mobile IPv6 for …

Vehicular networks, which have been initially designed to support safety applications, are
now also envisaged as a way to provide internet access to its users while in the vehicles …

Supporting flow mobility is an emerging challenge in today mobile networks. This paper
introduces a network-based solution to support flow mobility. It requires minimum …