A Biofizikai Önálló Osztály oldalai
In this semester our whole-group gathering is held every Wednesday from 10.00am where talks are given by invited guests and lab-members, and different topics are discussed usually in Hungarian. Before joining these meetings, please contact Kriszta Szalisznyó.
A connectionist type model is presented for explaining the development of the topographically ordered retinotectal connections of the visual system of the frog. The structure of a tectal column were taken into account inplicitly. Simulations suggest that the self-excitatory intracolumnar connections play an important role in the formation of the topography.
A statistical theory of interacting neural fields, motivated by Ventriglia's kinetic theory is formulated.
Ventriglia, F. Kinetic approach to neural systems I. Bull. Math. Biol. 36:534--544. (1974)
Ventriglia, F. Computational simulation of activity of cortical-like neural systems. Bull. Math. Biol. 50:143--185 (1988)
Partner | Key person | Activity |
---|---|---|
SCAI Lab (project team), School of Humanities & Informatics, University of Skövde HIS | Tom Ziemke | A1-WP1,WP2,WP3 |
Activity 1 - Theoretical framework
Activity 2 - ICEAbot: an integrated robot platform
Magyar nyelvű információk az EuResist projekttel kapcsolatban, nem szakemberek számára.
Purpose of the project
The igraph library
The igraph library is a collection of functions for creating and manipulating graphs. It's main design goal is efficiency. It has started as an additional package to the GNU R statistical environment, but now most of its functionality is written in C and is available as a separate library.