A Secured Dynamic Location Monitoring System in WSN

Abstract

Wireless sensor network is broadly spreading network of the communication field. Wireless sensor network is having sensor nodes as sensing devices which sense physical or environmental conditions and a sink node is the node by which whole gathered information is transferred to the base station. Right from the defense services to the public services, wireless sensor network plays an important role. Heterogeneousness, distributed processing, low bandwidth communication, large scale coordination and secured location monitoring are the basic problems arriving in WSN. The surveillance system is one of the most important service provided with this wireless sensor network. But the problem of location security is still arriving during monitoring a person location. We propose a system which provides nearly precise location as well as maintaining location privacy to overcome this security problem. Here in this paper we propose a single algorithm which gives only the nearby location of monitoring person rather than precise location to prevent the location privacy. The scheme of spatial cloaking with the use of dummies is applying here. The concept of k-anonymity is also applied here which is mean that a person is indistinguishable from k numbers of people. For monitoring a location continuously here uses dynamic data, so the location wherever a monitoring person goes will be continuously traced. Less number of operations and by the use of single algorithm the time required is less and the output is appropriate. The result shows that our system is more reliable to monitor a location with preserving privacy.

Authors and Affiliations

Shrikant P. Dhawale, Archana R. Raut

Keywords

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  • EP ID EP27854
  • DOI -
  • Views 254
  • Downloads 0

How To Cite

Shrikant P. Dhawale, Archana R. Raut (2014). A Secured Dynamic Location Monitoring System in WSN. International Journal of Research in Computer and Communication Technology, 3(3), -. https://europub.co.uk./articles/-A-27854