2014•UCL Discovery (University College London)Requires access

Simpler protocols for privacy-preserving disease susceptibility testing

George Danezis, Emiliano De Cristofaro

Open publisher page 7 citations

Abstract

This short paper presents a preliminary description of two new protocols \nfor privacy-preserving disease susceptibility testing, following \nthe model proposed by Ayday et al. in [5]. We show that an \nalternative encoding of the patient’s SNPs can simplify private computations, \nand make patient-side computation on a trusted smartcard \ndevice extremely efficient. To support larger tests, we propose a second \nprotocol variant based on secret sharing that is also simpler than \nthe original proposal, and relies on more efficient primitives.

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What this paper is about

This short paper presents a preliminary description of two new protocols \nfor privacy-preserving disease susceptibility testing, following \nthe model proposed by Ayday et al. in [5]. We show that an \nalternative encoding of the patient’s SNPs can simplify private computations, \nand make patient-side computation on a trusted smartcard \ndevice extremely efficient. To support larger tests, we propose a second \nprotocol variant based on secret sharing that is also simpler than \nthe original proposal, and relies on more efficient primitives.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This short paper presents a preliminary description of two new protocols \nfor privacy-preserving disease susceptibility testing, following \nthe model proposed by Ayday et al. in [5]. We show that an \nalternative encoding of the patient’s SNPs can simplify private computations, \nand make patient-side computation on a trusted smartcard \ndevice extremely efficient. To support larger tests, we propose a second \nprotocol variant based on secret sharing that is also simpler than \nthe original proposal, and relies on more efficient primitives.

Key concepts: Computer science, Secure multi-party computation, Protocol (science), Computation, Encoding (memory), Secret sharing, Secure two-party computation, Theoretical computer science

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