Wireless Sensor Networks: Security,Routing and Energy Efficiency von Subhabrata Barman

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ISBN: 978-3-659-77392-1
Einband: Kartonierter Einband (Kt)
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To get low cost solution of real-world problems, wireless sensor network is widely used. As sensors are low cost tiny device with limited storage, computational capability and power, energy efficient protocol is needed in the applications of wireless sensor network. On the other hand security is one of the main concerned when sensors will communicate to each other securely. Id-Based scheme provides that security, clustering approach provides an energy efficient topology control and cluster head and route selection provides an energy efficient data routing mechanism. In this paper we will propose a framework of three phases: in first phase we will propose an algorithm for finding minimum connected dominating set using maximal independent set for unit disk graph. In second phase we will propose an algorithm for cluster head and path selection and in last phase we will proposed an Id-Based scheme to provide secure communication within the network.

To get low cost solution of real-world problems, wireless sensor network is widely used. As sensors are low cost tiny device with limited storage, computational capability and power, energy efficient protocol is needed in the applications of wireless sensor network. On the other hand security is one of the main concerned when sensors will communicate to each other securely. Id-Based scheme provides that security, clustering approach provides an energy efficient topology control and cluster head and route selection provides an energy efficient data routing mechanism. In this paper we will propose a framework of three phases: in first phase we will propose an algorithm for finding minimum connected dominating set using maximal independent set for unit disk graph. In second phase we will propose an algorithm for cluster head and path selection and in last phase we will proposed an Id-Based scheme to provide secure communication within the network.

AutorBarman, Subhabrata / Maitra, Tanmoy / Giri, Debasis
EinbandKartonierter Einband (Kt)
Erscheinungsjahr2019
Seitenangabe104 S.
LieferstatusFolgt in ca. 10 Arbeitstagen
AusgabekennzeichenEnglisch
AbbildungenPaperback
MasseH22.0 cm x B15.0 cm x D0.7 cm 173 g
VerlagLAP Lambert Academic Publishing