Abstract

The paper aims to put in the forefront a survey on the problem of the existing holes in the Wireless Underground Sensor Networks (WUSNs). Anomalies in wireless sensor networks can weaken the network by impeding its functionalities. These existing anomalies commonly known as holes may cause irreversible devastating problems and may prove fatal to humans. There can be different holes in the network, such as coverage hole, routing hole, jamming hole, sink/ worm hole, etc. This paper intends to discuss various holes problems in WUSNs, reasons behind their occurrence, and different techniques to mitigate the issues. An efficient hole detection technique shall increase network lifetime, use lesser resources and give accurate results with zero false positives. To put a light on the present scenario, methods/ techniques used to cope with different types of holes have been discussed in detail presenting their analysis, constraints, and advantages. Besides, it would also touch upon the comparative analysis in terms of soundness and limitations of these techniques. The study is concluded with future research directions.

Highlights

  • Wireless underground sensor networks (WUSNs) [1],[2], [3] are an extension of a wireless sensor network in which wireless sensors are placed beneath the earth surface [4], [5], [6], WUSN can be taken as an emerging and promising research area

  • Our sole focus in this paper is to identify holes in wireless sensor networks deployed beneath the earth

  • This paper presents a survey on the holes problem in Wireless Underground Sensor Network

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Summary

A Survey on Holes Problem in Wireless Underground Sensor Networks

Priyanka Sharma1, Rishi Pal Singh2, Mazin Abed Mohammed3, Rachna Shah4, and Jan Nedoma5, (Senior Member, IEEE) This work is funded by the projects SP2021/45 and SP2021/32, assigned to VSB-Technical University of Ostrava, the Ministry of Education, Youth and Sports in the Czech Republic.

INTRODUCTION
HOLES PROBLEM IN WIRELESS UNDERGROUND SENSOR NETWORKS
SUMMARY AND CONCLUSION
FUTURE DIRECTIONS

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