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Energy constraint is the most critical problem in wireless sensor networks. To address this issue, clustering has been introduced as an efficient way for routing. However, the available clustering algorithms do not efficiently consider the geographical information of nodes in cluster-head election. This leads to uneven distribution of cluster-heads and unbalanced cluster sizes that brings about uneven energy dissipation in clusters. In this book, an Efficient Distributed Cluster-head Election technique for Load balancing (EDCEL) is proposed. The main criterion of the algorithm, dispersal of…mehr

Produktbeschreibung
Energy constraint is the most critical problem in wireless sensor networks. To address this issue, clustering has been introduced as an efficient way for routing. However, the available clustering algorithms do not efficiently consider the geographical information of nodes in cluster-head election. This leads to uneven distribution of cluster-heads and unbalanced cluster sizes that brings about uneven energy dissipation in clusters. In this book, an Efficient Distributed Cluster-head Election technique for Load balancing (EDCEL) is proposed. The main criterion of the algorithm, dispersal of cluster-heads, is achieved by increasing the Euclidean distance between cluster-heads. Simulation results show the effectiveness of this approach in terms of balancing intra-cluster energy dissipation and lifetime longevity.
Autorenporträt
Sepideh Afkhami Goli received her BSc degree in Computer Engineering in 2008 from Ferdowsi University and her MSc degree in Computer Networks from Sharif University of Technology, a top ranking university in the region. She is currently a PhD student at Shahrood University of Technology where she is expanding her research on Computer Networks.