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An Experimental Analysis of Modified EEECARP: An Optimized Cluster-Based Adaptive Routing Protocol for Modern-Secure-Wireless Sensor Networks
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Author(s): Venkata Ramana Sarella (SRKR Engineering College, India), Deshai Nakka (SRKR Engineering College, India), Sekhar B. V. D. S. (SRKR Engineering College, India), Krishna Rao Sala (Sir C. R. Reddy College of Engineering, India)and Sameer Chakravarthy V. V. S. S. (Raghu Institute of Technology, India)
Copyright: 2020
Pages: 19
Source title:
Novel Theories and Applications of Global Information Resource Management
Source Author(s)/Editor(s): Zuopeng (Justin) Zhang (University of North Florida, USA)
DOI: 10.4018/978-1-7998-1786-4.ch012
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Abstract
Designing various energy-saving routing protocols for real-time internet of things (IoT) applications in modern secure wireless sensor networks (MS-WSN) is a tough task. Many hierarchical protocols for WSNs were not well scalable to large-scale IoT applications. Low energy adaptive two-level-CH clustering hierarchy (LEATCH) is an optimized technique reduces the energy-utilization of few cluster heads, but the LEATCH is not suitable for scalable and dynamic routing. For dynamic routing in MS-WSN, energy efficiency and event clustering adaptive routing protocol (EEECARP) with event-based dynamic clustering and relay communication by selecting intermediates nodes as relay-nodes is necessary. However, EEECARP cannot consider the hop-count, different magnitude ecological conditions, and energy wastage in cluster formation while collisions occur. So, the authors propose the modified EEECARP to address these issues for better dynamic event clustering adaptive routing to improve the lifetime of MS-WSNs. The experimental outcomes show that proposed protocol achieves better results than EEECARP and LEATCH.
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