Software-defined networking (SDN) and optical transmission are the most cost-effective
technologies for implementing high-bandwidth-based communication in the fog/cloud …

In the present optical fog/cloud computing environment, optical line terminals and optical
network units are used as the most promising optical fog devices (OFDs). The inherent …

Securing optical edge devices across an optical network is a critical challenge for the
technological capabilities of fog/cloud computing. Locating and blocking rogue devices from …

Issues of high energy costs and a time delay factor currently pose a considerable challenge
to the success of the Internet of Things (IoT). Accordingly, fog computing (fog-C) has been …

This chapter is a study of exploring the role of the optical network in the cloud/fog computing
environment. With the growing network issues, unified and cost-effective computing services …

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 …

Nowadays, surveillance systems are becoming popular for safety and security purposes in
many sectors like government organizations, private institutes, hospitals, schools, residential …

The utilization of the Internet of Things (IoT) has burst in recent years. Fog computing is a
notion that solves cloud computing's limitations by offering low latency to IoT network user …

Nowadays, lives are very much easier with the help of IoT. Due to lack of protection and a
greater number of connections, the management of IoT becomes more difficult To manage …

As a promising centralized control architecture, software-defined network (SDN) has been
widely used and developed in the field of optical access network. Though, its centralized …