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Secure multi-party computation modulo p^k
Struk, Martin ; Žemlička, Jan (advisor) ; Příhoda, Pavel (referee)
The thesis deals with a subfield of cryptography called secure multi-party computation which is a technique that allows multiple parties to work together to compute a single function while preserving the privacy of it's inputs. More specifically, the thesis deals with secure multi-party computation over the ring of integers modulo pk . The thesis begins with an introduction of the general principle of secure multi-party protocols, followed by the construction of the necessary theoretical groundwork over commutative rings, wich will be needed to describe and understand a specific protocol in the last section of the thesis. 1

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