International Peer-Reviewed Open Access Journal ISSN (Online): 2395-5325
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International Journal of Contemporary Research in Computer Science and Technology

Peer Reviewed Open Access Fully Refereed Journal Since 2015
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Article Information
  • Published In Volume 2, Issue 10 (2016)
  • Publication Date July 31, 2026
  • Manuscript ID IJCRCST-OCTOBER16-01
  • Article Type Research Paper
  • Pages 1026 - 1029
  • 6 Views 0 Downloads

Abstract

In general, Networks are defined as the interconnection of the autonomous computers in which its advantages widespread its service primitives, topologies, types, bandwidth and major classifications like wired or wireless streams. The method is to include and disseminate applications in the wireless networks is an essential talk today. To add advantage, Wireless Sensor Networks emerge to help the increased applications to run on. Web services and Web applications that run on the Internet enabled technologies need to safeguard from various threats. The problem of identifying the intrusions, preventing further and protecting an everlasting focus is needed today to run particular applications in an immortal way. In this approach, key-disposition approaches in various pathway whether one-way, two-way or in a multi-way mechanisms are analysed in the proposed work that finds the application to scrutinize effectively with the implementations. The inference shows that the proposed parameter value with its key notations includes the benefits and increases the security policies to adapt in the various internet applications regard to the wireless sensor networks based on authentication schemes.

Keywords

Sensor Network Authentication Key-Disclosure Routing Web-Applications Clusters Packets Secret Key.

Authors

A.Senthil kumar
Dr.K.Ravikumar
How to Cite this Article

A.Senthil kumar, Dr.K.Ravikumar (2016). "INTRUSION DETECTION AND AUTHENTIC IDENTIFICATIONS THROUGH THE KEYS DISCLOSURE APPROACH IN THE WIRELESS SENSOR NETWORKS". International Journal of Contemporary Research in Computer Science and Technology, 2(10), pp. 1026-1029.