2003Unpublished venueRequires access

reduction of 1 out of n oblivious transfers in random oracle model

Bao Li, Hongda Li, Guangwu Xu, Haixia Xu

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Abstract

We first present a protocol which reduces 1-out-of-n oblivious transfer OT m to 1out-of-n oblivious transfer OT k for n > 2 in random oracle model, and show that the protocol is secure against malicious sender and semi-honest receiver. Then, by employing a cut-and-choose technique, we obtain a variant of the basic protocol which is secure against a malicious receiver.

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What this paper is about

We first present a protocol which reduces 1-out-of-n oblivious transfer OT m to 1out-of-n oblivious transfer OT k for n > 2 in random oracle model, and show that the protocol is secure against malicious sender and semi-honest receiver. Then, by employing a cut-and-choose technique, we obtain a variant of the basic protocol which is secure against a malicious receiver.

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Available abstract

We first present a protocol which reduces 1-out-of-n oblivious transfer OT m to 1out-of-n oblivious transfer OT k for n > 2 in random oracle model, and show that the protocol is secure against malicious sender and semi-honest receiver. Then, by employing a cut-and-choose technique, we obtain a variant of the basic protocol which is secure against a malicious receiver.

Key concepts: Oblivious transfer, Random oracle, Communication source, Computer science, Protocol (science), Reduction (mathematics), Oracle, Transfer (computing)

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