More constructions of $n$-cycle permutations

DOI10.1016/J.FFA.2023.102187arXiv2207.10491MaRDI QIDQ6405641

Tailin Niu, Longjiang Qu, Kangquan Li, Bing Sun

Publication date: 21 July 2022

Abstract: $n$-cycle permutations with small $n$ have the advantage that their compositional inverses are efficient in terms of implementation. They can be also used in constructing Bent functions and designing codes. Since the AGW Criterion was proposed, the permuting property of several forms of polynomials has been studied. In this paper, characterizations of several types of $n$-cycle permutations are investigated. Three criteria for $n$-cycle permutations of the form $xh(lambda(x))$, $h(psi(x))varphi(x)+g(psi(x))$ and $gleft(x^{q^i}-x+deltaight)+bx$ with general $n$ are provided. We demonstrate these criteria by providing explicit constructions. For the form of $x^{r}h(x^s)$, several new explicit triple-cycle permutations are also provided. Finally, we also consider triple-cycle permutations of the form $x^t+cmT{r}_{q^m/q}(x^s)$ and provide one explicit construction. Many of our constructions are both new in the $n$-cycle property and the permutation property.

Mathematics Subject Classification ID

Polynomials over finite fields (11T06)

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