2002•Unpublished venueRequires access

Smartcards with biometric user verification

Bruno Struif, Dirk Scheuermann

Open publisher page 4 citations

Abstract

If a smartcard provides security functions such as electronic signature creation, valuables such as electronic money and/or sensitive data such as medical data, then the smartcard has to verify that it is used by the legitimate cardholder. For this purpose, the user has usually to present a PIN. Since smartcards become more and more powerful, it is feasible to implement on-card matching algorithms allowing to perform a biometric user verification in the smartcard. The contribution of FhG-SIT in this field consists of participation in standardisation and the development of on-card matching algorithms.

About this research paper

What this paper is about

If a smartcard provides security functions such as electronic signature creation, valuables such as electronic money and/or sensitive data such as medical data, then the smartcard has to verify that it is used by the legitimate cardholder. For this purpose, the user has usually to present a PIN. Since smartcards become more and more powerful, it is feasible to implement on-card matching algorithms allowing to perform a biometric user verification in the smartcard. The contribution of FhG-SIT in this field consists of participation in standardisation and the development of on-card matching algorithms.

Why it matters

OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Available abstract

If a smartcard provides security functions such as electronic signature creation, valuables such as electronic money and/or sensitive data such as medical data, then the smartcard has to verify that it is used by the legitimate cardholder. For this purpose, the user has usually to present a PIN. Since smartcards become more and more powerful, it is feasible to implement on-card matching algorithms allowing to perform a biometric user verification in the smartcard. The contribution of FhG-SIT in this field consists of participation in standardisation and the development of on-card matching algorithms.

Key concepts: Smart card, Biometrics, Computer science, Matching (statistics), Signature (topology), Computer security, Field (mathematics), Smart card application protocol data unit

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