Pluriassociative algebras II: The polydendriform operad and related operads
Samuele Giraudo

TL;DR
This paper introduces and studies the $oldsymbol{ ext{polydendriform}}$ operads, generalizing dendriform algebras with a parameter $oldsymbol{ ext{γ}}$, including their structure, presentations, and related operads.
Contribution
It defines $oldsymbol{ ext{γ}}$-polydendriform operads, explores their properties, and generalizes several classical operads within a unified framework.
Findings
Complete description of $oldsymbol{ ext{γ}}$-polydendriform operads
Computed Hilbert series and free objects
Generalized duplicial, triassociative, and tridendriform operads
Abstract
Dendriform algebras form a category of algebras recently introduced by Loday. A dendriform algebra is a vector space endowed with two nonassociative binary operations satisfying some relations. Any dendriform algebra is an algebra over the dendriform operad, the Koszul dual of the diassociative operad. We introduce here, by adopting the point of view and the tools offered by the theory of operads, a generalization on a nonnegative integer parameter of dendriform algebras, called -polydendriform algebras, so that -polydendriform algebras are dendriform algebras. For that, we consider the operads obtained as the Koszul duals of the -pluriassociative operads introduced by the author in a previous work. In the same manner as dendriform algebras are suitable devices to split associative operations into two parts, -polydendriform algebras seem adapted…
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