In this paper we introduce a novel fitness function for evolutionary art, which generates sequences of movements--i.e. robot choreographies--based on similarity to an inspiring repertoire. Similarityis counterbalanced by a novelty mechanisms, which makes it possible to sample unexplored areas ofthe choreography space. The approach is discussed together with preliminary results achieved in thecontext of Nō theatre. This work is a first step towards the development of a computational creativitysystem that can incorporate diverse generative mechanisms and can exploit information theoretic andcomplexity measures both for the generation and assessment of the choreographies produced
Mattia Barbaresi, S.B. (2020). Robot Choreographies: Artificial Evolution between Novelty and Similarity.
Robot Choreographies: Artificial Evolution between Novelty and Similarity
Mattia Barbaresi
;Andrea Roli
2020
Abstract
In this paper we introduce a novel fitness function for evolutionary art, which generates sequences of movements--i.e. robot choreographies--based on similarity to an inspiring repertoire. Similarityis counterbalanced by a novelty mechanisms, which makes it possible to sample unexplored areas ofthe choreography space. The approach is discussed together with preliminary results achieved in thecontext of Nō theatre. This work is a first step towards the development of a computational creativitysystem that can incorporate diverse generative mechanisms and can exploit information theoretic andcomplexity measures both for the generation and assessment of the choreographies producedFile | Dimensione | Formato | |
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