Abstract

We consider a setting where a verifier with limited computation power delegates a resource intensive computation task---which requires a T×ST\times S computation tableau---to two provers where the provers are rational in that each prover maximizes their own payoff---taking into account losses incurred by the cost of computation. We design a mechanism called the Minimal Refereed Mechanism (MRM) such that if the verifier has O(log⁡S+log⁡T)O(\log S + \log T) time and O(log⁡S+log⁡T)O(\log S + \log T) space computation power, then both provers will provide a honest result without the verifier putting any effort to verify the results. The amount of computation required for the provers (and thus the cost) is a multiplicative log⁡S\log S-factor more than the computation itself, making this schema efficient especially for low-space computations.

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