Strong Security Mechanism Using Factorial Recursive Approach for Wireless Sensor Networks

3 Pages Posted: 7 Aug 2019 Last revised: 21 Aug 2019

See all articles by Dr. Gunasekaran K

Dr. Gunasekaran K

GRT Institute of Engineering and Technology - Department of Electronics and Communication Engineering

Sornagopal V

GRT Institute of Engineering and Technology - Department of Electronics and Communication Engineering

Gnanasekaran M

Sri Venkateshwara Polytechnic College

Veeraragavan P

Kings Engineering College - Department of Electrical and Computer Engineering

Date Written: August 5, 2019

Abstract

Providing secured routing from source to destination using security mechanisms is mandate since wireless sensor networks are used in many sensitive applications such as health care, civil and military process, etc. To reduce the computational complexity and to improve the securities among the nodes while routing a mechanism named secured factorial recursive approach is proposed. Here the routes with malicious nodes are identified by their behaviour and if nodes are detected to be malicious then it is removed from the updated route list. The malicious behaviour of the node is identified using factorial recursive function. The sensed data is randomly encrypted at the sender side and decrypted at the receiver side that enables data confidentiality. Security is improved by enabling two level security approaches with factorial based malicious node detection and passing encrypted information. The performance for the security is analysed with the conventional system and the variations are shown with high efficiency.

Keywords: Wireless Sensor Network, Security, Factorial recursive approach

Suggested Citation

K, Dr. Gunasekaran and V, Sornagopal and M, Gnanasekaran and P, Veeraragavan, Strong Security Mechanism Using Factorial Recursive Approach for Wireless Sensor Networks (August 5, 2019). Proceedings of International Conference on Recent Trends in Computing, Communication & Networking Technologies (ICRTCCNT) 2019, Available at SSRN: https://ssrn.com/abstract=3432187 or http://dx.doi.org/10.2139/ssrn.3432187

Dr. Gunasekaran K (Contact Author)

GRT Institute of Engineering and Technology - Department of Electronics and Communication Engineering ( email )

India

Sornagopal V

GRT Institute of Engineering and Technology - Department of Electronics and Communication Engineering ( email )

India

Gnanasekaran M

Sri Venkateshwara Polytechnic College ( email )

Vellore, TN
India

Veeraragavan P

Kings Engineering College - Department of Electrical and Computer Engineering ( email )

India

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