Frequent handover failures in fog enabled Internet of things (IoT) networks cause repetition
of one or more phases of a job in the new fog node, resulting in high job completion time …

Smart devices are concerned about the processing and computation of tasks due to their tiny
nature. They prefer to offload their tasks to the cloud for processing and computation. Due to …

This paper explores the complexities of task offloading in a dynamic fog computing network,
where multihop Internet of Things (IoT) access points (APs) support the connectivity between …

In the era of the Internet of Things (IoT), fog computing has become an enticing concept for
supporting delay-sensitive tasks by offering versatile and convenient computing and …

Fog computing has emerged as a promising technique to provide agile and pervasive
computing services to the Internet of Things devices (ITDs) and to support complicated IoT …

Abstract In Fog-based Internet of Things (IoT) networks, Fog computing offers great promises
to achieve efficient task processing among IoT devices and the Cloud with lower processing …

The real-world exponential increase in data traffic has brought attention to a new computing
paradigm termed Fog Computing (FC), which is intended for task offloading in fault-free fog …

In order to improve the quality of experience in executing computation-intensive tasks of real-
time IoT applications in a fog-enabled IoT network, resource-constrained IoT devices can …

In the IoT-based systems, the integration of fog computing allows the fog nodes to offload
and process tasks requested from IoT-enabled devices in a distributed manner to reduce the …

Fog computing is a new paradigm used to process high-intensive tasks from IoT devices
with low latency requirements. Therefore, to improve the quality of services and user …