Memory requirements for the detection of impostor nodes in wireless sensor networks
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Date
Authors
Gruner, Stefan
Krajnc, Dylan
Van Rooyen, Johan Pieter
Journal Title
Journal ISSN
Volume Title
Publisher
EasyChair
Abstract
This paper shows how it is at least in principle possible to detect impostor nodes in
wireless sensor networks with a quite simplistic detection algorithm by purely statistical
means and merely from external observation without any knowledge of the impostor’s internal
composition. This method, however, requires considerable volumes of internal memory
for any WSN node on which such detection algorithms are supposed to be implemented.
Description
Keywords
Wireless sensor networks, WSN reliability, WSN integrity, WSN safety and security, WSN trustworthiness, Node replication attacks, Intrusion detection, Probabilistic finite automata, Randomised detection algorithm, Detection accuracy, Memory requirements, Wireless sensor network (WSN)
Sustainable Development Goals
Citation
Gruner, S, Krajnc, D., VanRooyen, J.P. 2022, 'Memory requirements for the detection of impostor nodes in wireless sensor networks', EPiC Series in Computing, vol. 85, pp. 36-47, doi : 10.29007/8ds7.
