Abstract

Let ll and kk be two integers such that l∣kl|k. Define Tlk(X):=X+Xpl+⋯+Xpl(k/l−2)+Xpl(k/l−1)T_l^k(X):=X+X^{p^l}+\cdots+X^{p^{l(k/l-2)}}+X^{p^{l(k/l-1)}} and Slk(X):=X−Xpl+⋯+(−1)(k/l−1)Xpl(k/l−1)S_l^k(X):=X-X^{p^l}+\cdots+(-1)^{(k/l-1)}X^{p^{l(k/l-1)}}, where pp is any prime. This paper gives explicit representations of all solutions in $\GF{p^n}$ to the affine equations Tlk(X)=aT_l^{k}(X)=a and Slk(X)=aS_l^{k}(X)=a, $a\in \GF{p^n}$. For the case p=2p=2 that was solved very recently in \cite{MKCL2019}, the result of this paper reveals another solution.

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