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Lower bound on the complexity of finding polynomials of Boolean functions in the class of circuits with separated variables

机译:在具有分离变量的电路类别中查找布尔函数多项式的复杂度的下界

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摘要

We prove that, in the class of circuits with separated variables in the basis A_(L0) = {x ~? y}, the complexity of the problem to find all the coefficients of a polynomial of the Boolean function f(x_1,...,x_n) given a vector of N = 2~n function values is exactly equal n ? 2~(n-1). In the basis, the complexity of this problem is between 3n ? 2~(n-1) and 4n ? 2~(n-1).
机译:我们证明,在A_(L0)= {x〜? y},给定N = 2〜n个函数值的向量,找到布尔函数f(x_1,...,x_n)的多项式的所有系数的问题的复杂度正好等于n? 2〜(n-1)。在此基础上,这个问题的复杂度在3n? 2〜(n-1)和4n? 2〜(n-1)。

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