The networking of components, machines, and everyday objects is progressing rapidly.
Such development also affects the automotive industry. In the future, vehicles will be …

The networking of components, machines and everyday objects is progressing rapidly. This
development also affects the automotive industry. Vehicle systems are getting connected …

In order to provide high-quality and highly reliable video delivery services for mobile users,
especially train passengers, we propose a proactive content caching scheme that uses …

This chapter presents a thorough investigation on current vehicular networking architectures
(access technologies and overlay networks) and their (r) evolution towards the 5G era. The …

For content-centric wireless networks, pushing and proactive caching hold the promise of
greatly improving system throughput in the future. However, the throughput gains obtained …

The underlying networks (of the Internet) have been reworked to make way for new
technologies, some serious inefficiencies and security problems have arisen. As a result …

Providing robust video streaming along with efficient wireless resource usage is necessary
for mobile users, especially on subway, and mobile carriers. To achieve this, we propose a …

This paper introduces a vehicular content caching mechanism for disseminating
navigational maps while minimizing cellular network bandwidth usage. The key concept is to …

Proactive content caching scheme utilizing transportation systems, especially on trains, was
proposed in order to provide a robust content delivery with efficient wireless resource usage …

The major objective of mobility management is to achieve efficient contents transfer for
mobile nodes. Content Centric Networking (CCN), as a content-oriented architecture, is …