With tremendous advancements in smart phone industry and IoT devices, edge computing
has emerged to provide computational services at edge of the network. As a result …

With the increasingly widespread use of networks and end devices, more and more data
and computations must be processed. With processing constrained by the limited resources …

Abstract Service offloading poses interesting challenges in current and next‐generation
networks. The classical network optimization algorithms are still painstakingly tune heuristics …

The number of IoT devices at the edge of the network is increasing rapidly. Data from IoT
devices can be analysed locally at the edge, or they may be sent to the cloud. Currently, the …

Emerging as an alternative to cloud computing, fog computing is expected to provide low-
latency, high-throughput, reliable services for ever-growing Internet of Things (IoT) …

Fog computing is widely used as a mediation layer to fill the gap between Internet of Things
(IoT) nodes and cloud datacenters. The fog layer can provide higher availability and better …

Abstract Internet of Things (IoT) is coming up in a rapid pace in various application domains.
In smart factories, IoT can be deployed using sensors and actuators for taking smart …

With the constant developments in Internet communication and the rise of the Internet of
Things (IoT), technologies incorporating intelligent manufacturing have given birth to the …

With the emergence and development of the Internet of Vehicles (IoV), quick response time
and ultralow delay are required. Cloud computing services are unfavorable for reducing …

Cloud infrastructures are rapidly evolving from centralised systems to geographically
distributed federations of edge devices, fog nodes, and clouds. These federations (often …