Access networks have been going through many reformations to make them adapt to arising
traffic trends and become better suited for many new demanding applications. To that end …

Access networks are continuously going through many reformations to make them better
suited for various demanding applications and meet new challenging requirements. On one …

Integrating fog computing with optical access networks is believed to form a highly capable
fronthaul that will live up to the various requirements and challenges of tomorrow's access …

The surging numbers of wireless devices and the accompanying exponential growth of user
traffic have led edge and fog computing to become essential components in future access …

The increasing numbers of broadband users and the corresponding rapid expansion of
access networks have been putting more pressure on improving their energy efficiency to …

Integrating optical access networks with fog computing combines the high capacity of optical
fiber with closer-to-the-edge computing and storage capabilities. Such integration is …

Edge and fog networks call for high speed and energy-efficient networking platforms.
Passive Optical Networks (PON) have been identified as a promising candidate for such …

The rapid growth of time-sensitive applications and services has driven enhancements to
computing infrastructures. The main challenge that needs addressing for these applications …

Fog computing is expected to be integrated with communication infrastructure, giving rise to
the concept of fog-enhanced radio access networks (FeRANs) to support various mission …

Today's and future delay-sensitive applications, such as connected vehicles, smart grids,
smart cities, and Internet of things (IoT) applications generate tremendous amount of data …