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Lower Bounds for Interpolating Polynomials for Square Roots of the Elliptic Curve Discrete Logarithm

机译:用于插值多项式的椭圆曲线离散对数的平方根内插多项式的下限

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In this paper we derive lower bounds for the degree of polynomials that approximate the square root of the discrete logarithm for Elliptic Curves with orders of various specific types. These bounds can serve as evidence for the difficulty in the computation of the square root of discrete logarithms for such elliptic curves, with properly chosen parameters that result in the curve having order of any of types studied in this paper. The techniques are potentially applicable to elliptic curves of order of any specific, allowable (by Hasse's bounds), order type that is of interest for the application in hand.
机译:在本文中,我们为多项式的程度导出了较低的界限,其近似于具有各种特定类型的订单的椭圆曲线的离散对数的平方根。这些界限可以作为难以计算这种椭圆曲线的离散对数的平方根的证据,其具有正确选择的参数,该参数导致具有本文中所研究的任何类型的曲线的曲线。这些技术可能适用于任何特定,允许(通过Hasse的界限)的椭圆曲线,手中应用的订单类型。

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