abstract = "In this paper we investigate and compare three
aesthetic measures within the context of evolutionary
art. We evolve visual art with an unsupervised
evolutionary art system using genetic programming and
an aesthetic measure as the fitness function. We
perform multiple experiments with different aesthetic
measures and examine their influence on the evolved
images. Additionally, we perform a cross-evaluation by
calculating the aesthetic value of images evolved by
measure i according to measure j. This way we
investigate the flexibility of each aesthetic measure
(i.e., whether the aesthetic measure appreciates
different types of images). Last, we perform an image
analysis using a fixed set of image statistics
functions. The results show that aesthetic measures
have a rather clear 'style' and that these styles can
be very different. Furthermore we find that some
aesthetic measures show little flexibility and
appreciate only a limited set of images. The images in
this paper might only be in colour in the electronic
version.",
DOI = "doi:10.1109/CEC.2010.5586245",
notes = "Computational Aesthetics. Benford distribution,
Shannon entropy+Kolmogorov complexity. Arabitat (Art
Habitat) http://www.few.vu.nl/~eelco/(broken Apr 2019)
indexed colour table, 'an image that can be compressed
using PNG to 3percent or less of its original size is
discarded'. Table II - very little agreement between
different fitness measures.