CP. 02. Modeling a modulatory role in intermodular communication

CP. 02. Modeling a modulatory role in intermodular communication

FILHO, J.D.; DINIZ, N.V.A.

Abstract:

In recent reviews on neurosciences, computational modeling has emerged as an extremely powerful tool. Importantly, there is an appeal for new models (with required biological plausibility) whose discussion and functionality is supposed to help as a bridge in the communication gap between both modeler and empiricist communities. Objectives: In the present work, our aim is to show the functionality of a connectionist modular model. It stands as an effort to overcome model limitations with regard to experimental validation.

In recent reviews on neurosciences, computational modeling has emerged as an extremely powerful tool. Importantly, there is an appeal for new models (with required biological plausibility) whose discussion and functionality is supposed to help as a bridge in the communication gap between both modeler and empiricist communities. Objectives: In the present work, our aim is to show the functionality of a connectionist modular model. It stands as an effort to overcome model limitations with regard to experimental validation.

Palavras-chave:

DOI: 10.5151/isnm-sine6

Como citar:

FILHO, J.D.; DINIZ, N.V.A.; "CP. 02. Modeling a modulatory role in intermodular communication", p-11-11. In: In I International Symposium in Neuroscience Meeting, 2013 [Blucher Neuroscience Proceedings n.1 v.1]. São Paulo: Blucher, 2014.
ISSN 2357772x, DOI 10.5151/isnm-sine6