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Constructing Boolean Functions by Modifying Maiorana-McFarland's Superclass Functions

机译:通过修改Maiorana-McFarland的超类函数构造布尔函数

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摘要

In this study, we construct balanced Boolean functions with a high nonlinearity and an optimum algebraic degree for both odd and even dimensions. Our approach is based on modifying functions from the Maiorana-McFarland's superclass, which has been introduced by Carlet. A drawback of Maiorana-McFarland's function is that their restrictions obtained by fixing some variables in their input are affine. Affine functions are cryptographically weak functions, so there is a risk that this property will be exploited in attacks. Due to the contribution of Carlet, our constructions do not have the potential weakness that is shared by the Maiorana-McFarland construction or its modifications.
机译:在这项研究中,我们构造了具有高非线性度和奇数维和偶数维的最佳代数度的平衡布尔函数。我们的方法基于修改由Carlet引入的Maiorana-McFarland超类的功能。 Maiorana-McFarland函数的缺点是,通过在输入中固定一些变量而获得的限制是仿射的。仿射功能是加密功能较弱的功能,因此存在在攻击中利用此属性的风险。由于Carlet的贡献,我们的建筑没有Maiorana-McFarland建筑或其修改所共有的潜在弱点。

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