ERASBDA: EFFICIENT TECHNIQUE TO RESIST SYBIL, BLACKHOLE, AND DOS ATTACKS IN UNDERWATER WIRELESS SENSOR NETWORK

Abstract

Under Water Sensor Networks (UWSNs) suggestively expanded esteem due to its applications in oceanography data, seaward applications, conservational reflection, underwater autonomous intelligent transport system stations and armed observation. UWSNs are different from Traditional Wireless Sensor Networks (TWSNs), because UWSNs mainly trust on aural communication, which carries novel trials like high latency, limited bandwidth, energy restraints and dynamic topology.  These novel trials fetched exceptional security and privacy problems. The invader can easily exploit the essential encounters and interruption the data security hazards. Scientists annoyed to develop security techniques but due to high computational and communication overheads the Sybil, Blackhole, and Denial of Service (DoS) attacks exist. The aim of this paper is to design a technique for the UWSN that resist the Sybil, Blackhole, and DoS attacks efficiently. Results show that the proposed technique is efficiently providing better security.