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

$N^{\circ }$	Fanctions	Equivalent to
$6.1$ $6.2$ $6.3$	$x^3$ $x^{24}+ax17+a^{8}x10+a{x}^9+x^3$ $a{x}^3+x^{17}+a^4{x}^{24}$	$Gold$ $C3$ $C7-C9$
$7.1$ $7.2$ $7.3$ $7.4$ $7.5$ $7.6$ $7.7$	$x^3$ $x^5$ $x^9$ $x^{13}$ $x^{57}$ $x^{63}$ $x^3+T{r}_7(x^9)$	$Gold$ $Gold$ $Gold$ $Kasami$ $Kasami$ $Inverse$ $C4$
$8.1$ $8.2$ $8.3$ $8.4$ $8.5$ $8.6$ $8.7$	$x^3$ $x^9$ $x^{57}$ $x^3+x^{17}+p^{48}{x}^{18}+p^3{x}^{33}+p{x}^{34}+x^{48}$ $x^3+T{r}_8(x^9)$ $x^3+a-1T{r}_8(a^3{x}^9)$ $a(x+x^{16})(ax+a^{16}{x}^{16})+a^{17}(ax+a^{16}{x}^{16}{)}^{12}$	$Gold$ $Gold$ $Kasami$ $C3$ $C4$ $C4$ $C10$
$9.1$ $9.2$ $9.3$ $9.4$ $9.5$ $9.6$ $9.7$ $9.8$ $9.9$ $9.10$ $9.11$	$x^3$ $x^5$ $x^{17}$ $x^{13}$ $x^{241}$ $x^{19}$ $x^{255}$ $x^3+T{r}_9(x^9)$ $x^3+T{r}_9^3(x^9+x^{18})$ $x^3+T{r}_9^3(x^{18}+x^{36})$ $x^3+a^{246}{x}^{10}+a^{47}{x}^{17}+a^{181}{x}^{66}+a^{428}{x}^{129}$	$Gold$ $Gold$ $Gold$ $Kasami$ $Kasami$ $Welch$ $Inverse$ $C4$ $C5$ $C6$ $C11$
$10.1$ $10.2$ $10.3$ $10.4$ $10.5$ $10.6$ $10.7$ $10.8$	$10.1$ $x^3$ $x^9$ $x^{57}$ $x^{339}$ $x^6+x^{33}+p^{31}{x}^{192}$ $x^3+x^{72}+p^{31}{x}^{258}$ $x^3+T{r}_{10}(x^9)$ $x^3+a^{-1}T{r}_{10}(a^3{x}^9)$	$Gold$ $Gold$ $Kasami$ $Dobbertin$ $C3$ $C3$ $C4$ $C4$
$11.1$ $11.2$ $11.3$ $11.4$ $11.5$ $11.6$ $11.7$ $11.8$ $11.9$ $11.10$ $11.11$ $11.12$ $11.13$	$x^3$ $x^5$ $x^9$ $x^{17}$ $x^{33}$ $x^{13}$ $x^{57}$ $x^{241}$ $x^{993}$ $x^{35}$ $x^{287}$ $x^{123}$ $x^3+T{r}_{11}(x^9)$	$Gold$ $Gold$ $Gold$ $Gold$ $Gold$ $Kasami$ $Kasami$ $Kasami$ $Kasami$ $Welch$ $Niho$ $Inverse$ $C4$