Haridas Acharya

Work place: Allan Institute of Management Sciences, University of Pune, Pune-411001, India

E-mail: haridas.undri@gmail.com

Website:

Research Interests: Computer Science & Information Technology, Applied computer science, Computational Science and Engineering, Computer Architecture and Organization, Information Systems, Theoretical Computer Science

Biography

Dr. Haridasa S. Acharya, Born on 19th Jan 1948. MSc(Mathematics, 1970) from University of Pune, and PhD (1975) from IIT Kanpur, is currently Professor at the Allana Inst of Management Sciences, Azam Campus, Pune. Was awarded Shiksha Rattan Puraskar for his contribution to education by the India International Friendship Society, New Delhi in the year 2008. He was a National Fellow of Biotechnology, (DST Govt if India) at IASRI New Delhi in the year 1990-91. Was principal investigator , and Co-Investigator in many scientific projects funded by UGC(New Delhi), ICAR(new Delhi). Has more than 30 reseach papers in the fields of Mathematics, Soil Science and Engineering, Computer applications. Has authored a Book and has edited three proceedings of National and Regional conferences. Has guided 4 PhD students in the field of Computer Science and Information technology .

Author Articles
Statistical Hiding Fuzzy Commitment Scheme for Securing Biometric Templates

By Alawi A. Al-Saggaf Haridas Acharya

DOI: https://doi.org/10.5815/ijcnis.2013.04.02, Pub. Date: 8 Apr. 2013

By considering the security flaws in cryptographic hash functions, any commitment scheme designed straight through hash function usage in general terms is insecure. In this paper, we develop a general fuzzy commitment scheme called an ordinary fuzzy commitment scheme (OFCS), in which many fuzzy commitment schemes with variety complexity assumptions is constructed. The scheme is provably statistical hiding (the advisory gets almost no statistically advantages about the secret message). The efficiency of our scheme offers different security assurance, and the trusted third party is not involved in the exchange of commitment.
The characteristic of our scheme makes it useful for biometrics systems. If the biometrics template is compromised, then there is no way to use it directly again even in secure biometrics systems. This paper combines biometrics and OFCS to achieve biometric protection scheme using smart cards with renewability of protected biometrics template property.

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