This paper investigates the issue of infrastructure deployment and optimization (IDO) for Fog
network. The Fog network is a new networking paradigm for distributed Micro data center …

With the growth in data volume and latency-sensitive applications, fog computing micro
datacenters (FC-mDC) have been proposed as a promising solution. The FC-mDC locally …

The rapid growth of the number of sensing devices enables computation offloading to be a
promising solution to alleviate the burden of core network communication and provide low …

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 …

The fog-computing paradigm has appeared as a geo distributed response to a growing
focus on latency-sensitive Internet-of-Things (IoT) applications and the long delay that may …

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 …

Optical transmission has emerged as the most cost-effective technology to implement high-
bandwidth based communications and to transmit the huge volume of data with low latency …

Fog computing has risen as a promising technology for augmenting the computational and
storage capability of the end devices and edge networks. The urging issues in this …

Fog computing emerged to address the limitations and challenges of traditional Cloud
computing, particularly in handling real-time, heterogeneous, and latency-sensitive …

This paper proposes an exact model for the planning and design problem of fog networks.
More precisely, a mathematical model is proposed to simultaneously determine the optimal …