Download Talk title: Creative Cognitive Systems Ana

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Document related concepts

Artificial intelligence wikipedia , lookup

Piaget's theory of cognitive development wikipedia , lookup

Philosophy of artificial intelligence wikipedia , lookup

Expert system wikipedia , lookup

Plato's Problem wikipedia , lookup

George Armitage Miller wikipedia , lookup

Stephen Grossberg wikipedia , lookup

Computational creativity wikipedia , lookup

Play (activity) wikipedia , lookup

Dual process theory wikipedia , lookup

Eureka effect wikipedia , lookup

Artificial general intelligence wikipedia , lookup

Bioecological model wikipedia , lookup

Michael Tomasello wikipedia , lookup

Natural computing wikipedia , lookup

AI winter wikipedia , lookup

Situated cognition wikipedia , lookup

Knowledge representation and reasoning wikipedia , lookup

Background music wikipedia , lookup

Enactivism wikipedia , lookup

William Clancey wikipedia , lookup

Problem solving wikipedia , lookup

Cognitive flexibility wikipedia , lookup

Cognitive interview wikipedia , lookup

Neo-Piagetian theories of cognitive development wikipedia , lookup

Cognitive semantics wikipedia , lookup

Cognitive neuroscience wikipedia , lookup

Ecological interface design wikipedia , lookup

Neurophilosophy wikipedia , lookup

Cognitive model wikipedia , lookup

Cognitive psychology wikipedia , lookup

Cognitive development wikipedia , lookup

Embodied cognitive science wikipedia , lookup

Transcript
Talk title: Creative Cognitive Systems
Ana-Maria Oltețeanu
Cognitive Systems, Bremen Spatial Cognition Center,
Mathematics and Informatics Department,
University of Bremen, Germany
Abstract:
Computational creativity focuses on implementing and evaluating artificial creative
systems, while human creative cognition approaches center on working to understand
the processes and types of representations humans use when being creative or
creatively problem solving. An interdisciplinary cognitive science approach is however
possible: building cognitively inspired systems which inform new AI approaches, while
also serving as future tools for elucidating cognitive processes and future cognitive
models.
This talk will present a unified theoretical framework for creative cognitive problem
solving, together with the application of this approach in a set of systems which,
amongst others, solve the Remote Associates Test, correlating with human
performance and come up with alternative object uses.
Short Bio:
Ana-Maria Oltețeanu is the principal investigator of the German Research Foundation
(DFG) creative problem solving project CreaCogs at the University of Bremen. AnaMaria received a summa cum laude Doctorate in Natural Sciences in 2016 in
Informatics - Artificial Intelligence and Cognitive Systems, at University of Bremen, after
a PhD in Musicology (National University of Music, Bucharest 2011) and a MSc with
Distinction in Cognitive Computing (University of London, 2011). Her thesis on creative
problem solving got nominated for the EurAI dissertation Prize and shortlisted for the
OLB Science prize.
Amongst other honors, Ana-Maria is a Junior HWK Fellow, has received two DAAD
RISE grants, two Impulse grants, a 3 year DFG grant and was invited as a Fellow of the
First Heidelberg Laureate Forum in 2013, an event bringing together Abel, Fields, and
Turing Laureates with next generation of informatics and mathematics researchers.
Ana-Maria organizes the ProSocrates Symposium series on Problem Solving, Creativity
and Spatial Reasoning in Cognitive Systems. Ana’s interests are related to cognitive
systems, creative problem solving, knowledge representation, knowledge acquisition,
cognitive modeling and the influence of spatial abilities in problem solving.