ZERO-KNOWLEDGE BASED IDENTIFICATION - FROM A THEORETICAL CONCEPT TOWARDS A PRACTICAL TOKEN.
IFIP TRANS A
479 - 485.
We overview various attacks on identification systems based on zero-knowledge proofs, and measures to prevent them. We also consider the efficiency of zero-knowledge proofs and overview protocols with a low communication and computation complexity. We conclude that with today's technology it is possible to make identification tokens which are secure and efficient.
|Title:||ZERO-KNOWLEDGE BASED IDENTIFICATION - FROM A THEORETICAL CONCEPT TOWARDS A PRACTICAL TOKEN|
|Keywords:||OPERATING SYSTEMS, SECURITY AND PROTECTION, DATA ENCRYPTION, COMPUTERS AND SOCIETY, SOCIAL ISSUES, SHAMIR|
|UCL classification:||UCL > School of BEAMS
UCL > School of BEAMS > Faculty of Engineering Science
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