Combining Representational Domains for Computational Creativity - Versionsgeschichte

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== Reference ==
Agnese Augello, Ignazio Infantino, Giovanni Pilato, Riccardo Rizzo and Filippo Vella: [[Combining Representational Domains for Computational Creativity]]. In: [[Computational Creativity 2014 ICCC 2014]].

== DOI ==

== Abstract ==
The paper describes a combinatorial creativity module
embedded in a cognitive architecture. The proposed
module is based on the focus of attention model pro-
posed by and is implemented using Self Organising
Map (SOM) neural networks.

== Extended Abstract ==

== Bibtex ==

== Used References ==
Augello, A.; Infantino, I.; Pilato, G.; Rizzo, R.; and Vella,
F. 2013a. Binding representational spaces of colors and
emotions for creativity. Biologically Inspired Cognitive Ar-
chitectures 5:64–71.

Augello, A.; Infantino, I.; Pilato, G.; Rizzo, R.; and Vella,
F. 2013b. Introducing a creative process on a cognitive
architecture. Biologically Inspired Cognitive Architectures
6:131–139.

Boden, M. 2009. Computer Models of Creativity. AI Mag-
azine 23–34.

Bogart, B., and Pasquier, P. 2013. Context Machines: A Se-
ries of Situated and Self-Organising Artworks. Proceedings
of the fourth conference on Creativity & cognition - C&C
’02 46(2):114–122.

Colton, S., and Wiggins, G. A. 2012. Computational cre-
ativity: The final frontier? In ECAI’12, 21–26.

Gabora, L. 2002. Cognitive mechanisms underlying the
creative process. Proceedings of the fourth conference on
Creativity & cognition - C&C ’02 126–133.

G ̈ardenfors, P. 2004. Conceptual spaces: The geometry of
thought. The MIT Press.

Heilman, K. M.; Nadeau, S. E.; and Beversdorf, D. O. 2003.
Creative innovation: possible brain mechanisms. Neurocase
9(5):369–379.

Jordanous, A. 2012. A standardised procedure for evalu-
ating creative systems: Computational creativity evaluation
based on what it is to be creative. Cognitive Computation
4(3):246–279.

Kohonen, T.; Schroeder, M. R.; and Huang, T. S., eds. 2001.
Self-Organizing Maps. Secaucus, NJ, USA: Springer-Verlag
New York, Inc., 3rd edition.

Morse, A. F.; de Greeff, J.; Belpeame, T.; and Cangelosi,
A. 2010. Epigenetic Robotics Architecture (ERA). IEEE
Trans. on Autonomous Mental Development 2(4):325–339.

Pease, A., and Colton, S. 2011. Computational creativity
theory: Inspirations behind the face and the idea models. In
ICCC 2011.

Rizzo, R. 2013. A new training method for large self orga-
nizing maps. Neural Processing Letters 37(3):263–275.

Thagard, P., and Stewart, T. C. 2011. The aha! expe-
rience: Creativity through emergent binding in neural net-
works. Cognitive science 35(1):1–33.

== Links ==
=== Full Text ===
http://computationalcreativity.net/iccc2014/wp-content/uploads/2014/06//13.2_Augello.pdf

[[intern file]]

=== Sonstige Links ===

@@ Zeile 19: / Zeile 19: @@
   author = {Agnese Augello, Ignazio Infantino, Giovanni Pilato, Riccardo Rizzo and Filippo Vella},
   title = {Combining Representational Domains for Computational Creativity},
-  booktitle = {Proceedings of the Sixth International Conference on Computational Creativity},
+  booktitle = {Proceedings of the Fifth International Conference on Computational Creativity},
   series = {ICCC2014},
   year = {2014},

@@ Zeile 2: / Zeile 2: @@
 == Reference ==
-Agnese Augello, Ignazio Infantino, Giovanni Pilato, Riccardo Rizzo and Filippo Vella: [[Combining Representational Domains for Computational Creativity]]. In: [[Computational Creativity 2014 ICCC 2014]].
+Agnese Augello, Ignazio Infantino, Giovanni Pilato, Riccardo Rizzo and Filippo Vella: [[Combining Representational Domains for Computational Creativity]]. In: [[Computational Creativity 2014 ICCC 2014]], 272-275.
 == DOI ==
@@ Zeile 16: / Zeile 16: @@
 == Bibtex ==
 == Used References ==