Cybernetics and Information Technologies (Dec 2021)

Linear Regression Trust Management System for IoT Systems

  • Subramanian Ananda Kumar,
  • Samanta Aritra,
  • Manickam Sasmithaa,
  • Kumar Abhinav,
  • Shiaeles Stavros,
  • Mahendran Anand

DOI
https://doi.org/10.2478/cait-2021-0040
Journal volume & issue
Vol. 21, no. 4
pp. 15 – 27

Abstract

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This paper aims at creating a new Trust Management System (TMS) for a system of nodes. Various systems already exist which only use a simple function to calculate the trust value of a node. In the age of artificial intelligence the need for learning ability in an Internet of Things (IoT) system arises. Malicious nodes are a recurring issue and there still has not been a fully effective way to detect them beforehand. In IoT systems, a malicious node is detected after a transaction has occurred with the node. To this end, this paper explores how Artificial Intelligence (AI), and specifically Linear Regression (LR), could be utilised to predict a malicious node in order to minimise the damage in the IoT ecosystem. Moreover, the paper compares Linear regression over other AI-based TMS, showing the efficiency and efficacy of the method to predict and identify a malicious node.

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