QSFN: QoS-aware fog node provisioning in fog computing

Ashish Virendra Chandak; Niranjan Kumar Ray; Deepak Puthal

doi:10.1504/ijcat.2022.126092

QSFN: QoS-aware fog node provisioning in fog computing

Ashish Virendra Chandak, Niranjan Kumar Ray, Deepak Puthal

Electrical Engineering

Research output: Contribution to journal › Article › peer-review

2 Scopus citations

Abstract

The quantity of IoT gadgets is consistently expanding and these gadgets are delay-sensitive and require a speedy reaction. These gadgets are connected with a cloud for the computation of requests yet there may be a delay in computation. To beat the present circumstance, fog nodes are kept at the edge of the IoT gadgets to perform the speedy calculation for delay-delicate applications. IoT devices generate a tremendous number of tasks and if the task number is increased then the number of fog nodes needs to be increased for immediate processing. Here, QoS-aware Fog Node (QSFN) provisioning algorithm has been proposed in which the number of fog nodes is automatically increased based on CPU utilisation, queue length and the number of available resources. We evaluate the performance of QSFN provisioning with Bee Swarm and Concurrent algorithm based on makespan, average execution, flowtime, success execution rate and average response time.

Original language	British English
Pages (from-to)	36-46
Number of pages	11
Journal	International Journal of Computer Applications in Technology
Volume	69
Issue number	1
DOIs	https://doi.org/10.1504/ijcat.2022.126092
State	Published - 2022

Keywords

fog computing
fog node
IoT
scalability

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10.1504/ijcat.2022.126092

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abstract = "The quantity of IoT gadgets is consistently expanding and these gadgets are delay-sensitive and require a speedy reaction. These gadgets are connected with a cloud for the computation of requests yet there may be a delay in computation. To beat the present circumstance, fog nodes are kept at the edge of the IoT gadgets to perform the speedy calculation for delay-delicate applications. IoT devices generate a tremendous number of tasks and if the task number is increased then the number of fog nodes needs to be increased for immediate processing. Here, QoS-aware Fog Node (QSFN) provisioning algorithm has been proposed in which the number of fog nodes is automatically increased based on CPU utilisation, queue length and the number of available resources. We evaluate the performance of QSFN provisioning with Bee Swarm and Concurrent algorithm based on makespan, average execution, flowtime, success execution rate and average response time.",

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QSFN: QoS-aware fog node provisioning in fog computing

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