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PRAC implements three-party secure computation, with a particular focus on computations that require random access to memory. Parties 0 and 1 are the computational peers, while party 2 is the server. The server aids the computation, but generally does much less than the two computational peers.
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PRAC implements three-party secure computation, with a particular focus on computations that require random access to memory. Parties 0 and 1 are the computational peers, while party 2 is the server. The server aids the computation, but generally does much less than the two computational peers.
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The multi-party computation (MPC) makes use of _resources_, most notably multiplication triples and distributed point functions (DPFs). These resources can be precomputed; they are independent of the values in the computation being performed, so you only need to know how many of each you'll need.
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The multi-party computation (MPC) makes use of _resources_, most notably multiplication triples and distributed point functions (DPFs). These resources can be precomputed; they are independent of the values in the computation being performed, so you only need to know how many of each you'll need.
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