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All right, so this is joint work with Sean Kennedy and Gordon Wilfong at Bell Labs. This is work, really, on secure computation, and how to evaluate Boolean circuits securely. So Iamp;#39;ll motivate the problem, what really weamp;#39;re solving, and then show a heuristic, how to reduce circuit size in certain scenarios that make sense, and then explain how some tools in garbled circuits and GMW support the improvements that we make. So this is all about SFE, Secure Function Evaluation. What has it done? How do you do it? Today, given a function F that you want to compute, the most concretely efficient way, in most cases, is that you generate a Boolean circuit that computes the function F, and then you run a garbled circuit or a GMW. And people really squeeze a lot of efficiency out of those approaches. Itamp;#39;s really, really hard to get to even a small, several-percent performance improvement. There is much less work on the circuit representation of the function that is being c
