Neighbordiscovery-based security enhancement using threshold cryptography for IP address assigning in network

R Santhosh Kumar,R Bharanidharan

doi:10.14419/ijet.v7i1.1.9951

Abstract

The security threats related to current IP configurationand also includes with Threshold Cryptography (TC). Circulated situations are attractive more prevalent as these knowledge such as networks, aim to enable a large scale collaboration for resource sharing outline in the network. Secure verification is the interesting concern for such surroundings. The proposed system to maintain a two stages for improving the network security based on IP addressing time in the network. An first stage is threshold cryptography and another one is Neighbor discovery protocol (NDP). In main objectives of our proposed work is Threshold Cryptography based addressing scheme in network, also the authorization process fully depends on Neighbor discovery protocol based frameworks. The goal of the Neighbor discovery protocol is to support a Mobile Node (MN) roaming across network fields without communication disturbance or recognizable delay. Moreover, this approach also ensures correct synchronization between nodes that send overlapping data on the network. Finally, using this NDP-TC during data transfer time packet loss is very low so the network security is automatically increased.

Highlights

A wireless network is required for infrastructure mode wireless networking
The Graph 2, shows the time complexity produced by different methods in performing security of the network and it shows clearly that the proposed method has produced less time complexity than other methods, our proposed method shows the 19.3 ms less time complexity compare to Full Duplex Relay (FDR) methods
This paper tryes to proposes the new method threshold cryptography which provide security for network based on IPaddress distribution

Summary

Introduction

A wireless network is required for infrastructure mode wireless networking. it offers the benefit of scalability, consolidated security controlling and better connectivity. The system is one that chances up as required, not really with any help from the current foundation or whatever other sort of settled stations [8] This announcement can be formalized by characterizing a specially appointed system as a self-governing arrangement of portable hosts (MHs) associated by remote connections, the union of which shapes a correspondence organize demonstrated as a subjective correspondence. This is in distinction to the outstanding specific jump organize traditional that backings the requirements of remote correspondence by introducing base stations (BSs) as get to focuses

Related work

Proposed system

Results and discussion

Conclusion