Abstract

We give some classes of power maps with low cc-differential uniformity over finite fields of odd characteristic, {for c=−1c=-1}. Moreover, we give a necessary and sufficient condition for a linearized polynomial to be a perfect cc-nonlinear function and investigate conditions when perturbations of perfect cc-nonlinear (or not) function via an arbitrary Boolean or pp-ary function is perfect cc-nonlinear. In the process, we obtain a class of polynomials that are perfect cc-nonlinear for all c≠1c\neq 1, in every characteristic. The affine, extended affine and CCZ-equivalence is also looked at, as it relates to cc-differential uniformity.

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