
doi: 10.37236/1792
A permutation $\pi$ of an abelian group $G$ (that is, a bijection from $G$ to itself) will be said to avoid arithmetic progressions if there does not exist any triple $(a,b,c)$ of elements of $G$, not all equal, such that $c-b=b-a$ and $\pi(c)-\pi(b)=\pi(b)- \pi(a)$. The basic question is, which abelian groups possess such a permutation? This and problems of a similar nature will be considered.
arithmetic progressions, Permutations, words, matrices, Pattern avoiding permutations, Arithmetic progressions, Sidon sets, Abelian groups
arithmetic progressions, Permutations, words, matrices, Pattern avoiding permutations, Arithmetic progressions, Sidon sets, Abelian groups
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