T
Tamas Madl
Researcher at Austrian Research Institute for Artificial Intelligence
Publications - 21
Citations - 554
Tamas Madl is an academic researcher from Austrian Research Institute for Artificial Intelligence. The author has contributed to research in topics: Cognitive architecture & LIDA. The author has an hindex of 11, co-authored 20 publications receiving 468 citations. Previous affiliations of Tamas Madl include University of Vienna & University of Manchester.
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LIDA: A Systems-level Architecture for Cognition, Emotion, and Learning
TL;DR: A cognitive architecture learning intelligent distribution agent (LIDA) that affords attention, action selection and human-like learning intended for use in controlling cognitive agents that replicate human experiments as well as performing real-world tasks is described.
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The Timing of the Cognitive Cycle
TL;DR: The LIDA timing model is consistent with brain evidence indicating a fundamental role for a theta-gamma wave, spreading forward from sensory cortices to rostral corticothalamic regions, and fits a large body of cognitive and neuroscientific evidence.
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Computational cognitive models of spatial memory in navigation space
TL;DR: In this article, a number of computationally implemented cognitive models of spatial memory are reviewed and compared, including symbolic models, neural network models, and models that are part of a systems-level cognitive architecture.
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A LIDA cognitive model tutorial
Stan Franklin,Tamas Madl,Steve Strain,Usef Faghihi,Daqi Dong,Sean Kugele,Javier Snaider,Pulin Agrawal,Sheng Chen +8 more
TL;DR: This tutorial offers a current, relatively complete and somewhat detailed, description of the conceptual LIDA model, with pointers to more complete accounts of individual processes in the literature.
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Bayesian integration of information in hippocampal place cells.
TL;DR: This paper proposes that Hippocampal place cells might implement an error correction mechanism by integrating different sources of information in an approximately Bayes-optimal fashion, and compares the predictions of the model with physiological data from rats.