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Reliable and Efficient Information Diffusion through Social Networks by Making Obtainable Memory

Author(s):

Karthika.A , Francis Xavier Engineering College; Raja sundari.K, Francis Xavier Engineering College; Sharon nisha.M, Francis Xavier Engineering College

Keywords:

Dynamic Threshold Algorithm, Pontryagin’s Maximum principle, Gossip protocol

Abstract

Social network is a network which is made for social interactions and personal relationships. It is a website or application which allows the users to communicate with each other by sharing the information, comments, messages, images, videos etc. These networks are in need of spreading the information to the users of their network without any loss, in order to satisfy their clients like ad- agencies, politicians etc. For this purpose, gossip protocol is utilized as a gateway for information dissemination which is simple, efficient and robust. For efficient transmission of information, Dynamic Threshold algorithm is used. It is also used for transforming the information to the users under some constraints and parameters. It uses Time Division Multiple access to avoid time consumption. Their main goal is information diffusion among users with security, so SHA1.8 algorithm is utilized for secure transmission of information by using data integrity checking methods. It is also used to send the alert message to the users when someone embezzles their data. By using these approaches, information diffusion in social networks can be done in an efficient and reliable manner.

Other Details

Paper ID: IJSRDV4I80404
Published in: Volume : 4, Issue : 8
Publication Date: 01/11/2016
Page(s): 747-750

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