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Thomas Rooijakkers

Username    ThomasTNO
Date joined   Joined

17 projects

tno.mpc.protocols.distributed-keygen

Last released

Distributed key generation using Paillier homomorphic encryption

tno.mpc.protocols.risk-propagation

Last released

Secure risk propagation using distributed Paillier

tno.mpc.encryption-schemes.utils

Last released

Generic utilities for implementing encryption schemes

classifier-checker

Last released

Classifier-checker validates configured classifiers for you!

tno.mpc.protocols.secure-comparison

Last released

Implementation of secure comparison protocol as given in https://eprint.iacr.org/2018/1100.pdf

tno.mpc.encryption-schemes.dgk

Last released

Implementation of the Damgard, Geisler and Kroigard (DGK) cryptosystem

tno.mpc.encryption-schemes.paillier

Last released

Implementation of the Paillier cryptosystem

tno.mpc.communication

Last released

MPC Communication module

tno.mpc.encryption-schemes.templates

Last released

Generic templates for different types of Encryption Schemes

tno.mpc.encryption-schemes.shamir

Last released

Implementation of Shamir secret sharing

tno.mpc.mpyc.secure-learning

Last released

Machine learning using Secure Multi-Party Computation

tno.mpc.mpyc.statistics

Last released

Secure Data Exploratory Analyses on Vertically Partitioned Data

tno.mpc.mpyc.stubs

Last released

Partial stubs for use with the MPyC library

tno.mpc.protocols.secure-inner-join

Last released

Secure inner join using Paillier homomorphic encryption and a helper party

tno.mpc.mpyc.matrix-inverse

Last released

A generic extension to MPyC that allows you to securely compute the inverse of a matrix that may contain SecFxp values

tno.mpc.mpyc.exponentiation

Last released

A generic extension to MPyC that allows you to securely compute a^[x], where a is a non-negative, plain-text base (floating point or integer) and x is a secure number (SecFxp or SecInt)

tno.mpc.protocols.kaplan-meier

Last released

Kaplan Meier using Paillier homomorphic encryption and a helper party

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