Please use this identifier to cite or link to this item: http://dspace.dtu.ac.in:8080/jspui/handle/repository/14773
Title: GROMETRIC BASED REMOTE LOGIN PASSWORD AUTHENTICATION USING SMART CARD
Authors: MITHOO, POOJA
Keywords: PASSWORD AUTHENTICATION
CRYPTOCRAPHY
SMART CARD
BIOMETRICAL
ATTACKS
Issue Date: May-2016
Series/Report no.: TD NO.2069;
Abstract: Authentication of remote user and server is a great research challenge in today’s advanced wire and wireless communication. Engineers have proposed many password authentication schemes for remote login systems in past decades. In recent years, the biometrics technology has become a new issue in computer science. This new technology has allowed us to develop a novel method of user authentication using a smart card. In 2005, Ku et al. proposed an improved version of Password authentication scheme without using password table based on Geometric property of Euclidean plane, Which stands on better resistance to the offline password guessing attack and easily reparable. But unfortunately, their scheme is more difficult by user point of view and vulnerable by an wangle the legal user smart card and known password and PIN. Again In 2010 Li and Hwang proposed a remote user authentication scheme based on biometric verification but above scheme does not provide proper authentication and cannot resist man-in-the middle attack, In this paper we integrated passwords (what the user know), smart card (what the user has) and biometric(what the user are ), and then construct a secure three factor authentication scheme that can be solved the above problems. Here we present a geometric based authentication scheme using smart card with having finger print, in this scheme the user needs to be enter only password and impression of finger print which provides better resistance in all aspect easily reparable and it can resist man-in the middle attack. . In this project, we proposed a Biometrical Geometric Based password authentication scheme using smart card. Which is better resistance in all aspect and easily reparable too.
URI: http://dspace.dtu.ac.in:8080/jspui/handle/repository/14773
Appears in Collections:M.E./M.Tech. Computer Engineering

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