Polygon

CCZ-inequivalent APN Functions over $\mathbb {F} _{2^{n}}$ from the Known APN Classes for $6\leqslant n\leqslant 11$

Dimension	Functions	Equivalent to
$6$	$x^{24}+ax^{17}+a^{8}x^{10}+ax^{9}+x^{3}$	$C3$
	$ax^{3}+x^{17}+a^{4}x^{24}$	$C7-C9$
$7$	$x^{3}+Tr_{7}(x^{9})$	$C4$
$8$	$x^{3}+x^{17}+p^{48}x^{18}+p^{3}x^{33}+px^{34}+x^{48}$	$C3$
	$x^{3}+Tr_{8}(x^{9})$	$C4$
	$x^{3}+a^{-1}Tr_{8}(a^{3}x^{9})$	$C4$
	$a(x+x^{16})(ax+a^{16}x^{16})+a^{17}(ax+a^{16}x^{16})^{12}$	$C10$
$9$	$x^{3}+Tr_{9}(x^{9})$	$C4$
	$x^{3}+Tr_{9}^{3}(x^{9}+x^{18})$	$C5$
	$x^{3}+Tr_{9}^{3}(x^{18}+x^{36})$	$C6$
	$x^{3}+a^{246}x^{10}+a^{47}x^{17}+a^{181}x^{66}+a^{428}x^{129}$	$C11$
$10$	$x^{6}+x^{33}+p^{31}x^{192}$	$C3$
	$x^{3}+x^{72}+p^{31}x^{258}$	$C3$
	$x^{3}+Tr_{10}(x^{9})$	$C4$
	$x^{3}+a^{-1}Tr_{10}(a^{3}x^{9})$	$C4$
$11$	$x^{3}+Tr_{11}(x^{9})$	$C4$