Titlebook: Dynamic Wireless Sensor Networks; New Directions for S Mohamed Elhoseny,Aboul Ella Hassanien Book 2019 Springer International Publishing AG

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Extending Homogeneous WSN Lifetime in Dynamic Environments Using the Clustering Modelthe burden of relaying messages and, hence, elongated the overall network life. The main factors that are used in our proposed method for choosing a CH are the distance between the CH and BS, the remaining battery power, and the expected consumed energy.

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An Encryption Model for Data Processing in WSNd and followed a general framework to simplify the process of building such that protocol. In this chapter, an overview of the working steps towards building the proposed protocol is described. Then the protocol objectives and methodology are discussed.

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Hierarchical and Clustering WSN Models: Their Requirements for Complex Applications aspects in routing protocols have not been given enough attention, since most of the routing protocols in WSNs have not been designed with security requirements in mind?[.,.,.,.,.]. In this chapter, the main models of WSN with their advantages and limitations are discussed, specially the clustering

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The chapter reviewed and critically discussed the most prominent secure clustering routing algorithms that have been developed for WSNs. Then, we explained the guidelines and the steps towards building a simple solution for securing the dynamic cluster network while consuming as little energy as pos

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Patrick Leroyer,Henrik K?hler Simonsenol that avoids a high energy consumption, the dynamic nature and complex environments of most of WSN recent application makes building such protocol a big challenge. To avoid energy exhaustion, many machine learning algorithms are used to manage the network operations. We proposed a new model to opt

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