Crete Course in Computational Neuroscience.
August 25 - September 21, 1996
Selected Students
BLANCHARD Mark (UK,m.)
Division of Neurobiology Medical School Framlington Place Newcastle upon Tyne NE2 4HH
Project : Light-adapting locust photoreceptor and LMC, with graded potential synapse. MATLAB.
BLANK Daniel Arthur (CH,m.)
Institut fuer Neuroinformatik; Universitaet und ETH Zurich; Gloriastrasse 32; 8006 Zurich
Project : Influence of bouton clustering on network and single cell properties of recurrently
connected cells. GENESIS
BORMANN Guy (BE,m.)
Born Bunge Foundation University of Antwerp - UIA, Universiteitsplein 1, B2610 Antwerp Belgium
Project : Effect of synaptic boutons on axonal action potential propagation. GENESIS
BOZIS Adonis (GR,m.)
Medical Faculty; University of Crete; Iraklion; Greece
Project : Compartmental models of superior colliculus neurons. GENESIS
DURBABA Rade (UK,m.)
Department of Physiology Charing Cross http://www.neuroinf.org/courses/EUCOURSE/CR96/students.shtml Westminster Medical School Charing Cross Hospital Fulham
Palace Road London W6 8RF United Kingdom
Project : A model of the input/output relationships of a mammalian sensory encoder. GENESIS
DYHRFJELD-JOHNSEN Jonas (DK,m.)
Niels Bohr Institute Universitetsparken 5 DK-2100 Copenhagen Denmark
Project : Network model of preftontal cortex. GENESIS
FAGERSTEDT Patriq (SE,m.)
Nobel Institute for Neuroscience Karolinska Institutet S-171 77 Stockholm SWEDEN
Project : Interaction of endogenous glutamate and bath-applied NMDA at glutamate synapses in
vitro. NEURON
FORSS Jenny (SE,f.)
KTH Stockholm, Sweden, Noe Arksgranden 6; 118 26 Stockholm
Project : Simulation of one of the sensory neurons in the cricket. GENESIS
FORTI Lia (IT,f.)
DIBIT -Scientific Institute S.Raffaele Via Olgettina 58 20132 MILANO ITALY
Project : Impact of amplitude and frequency variability of mEPSCs on their propagation and on
neuronal firing. NEURON
GAGA Eleni (GR,f.)
Institute of Computer Science Foundation for Research and Technology-Hellas (FORTH), Heraklion,
Crete, Greece
Project : Modeling of information flow and processing from the visual brain (in particular motion
and/or depth information).
GAUCK Volker (DE,m.)
Friedrich-Miescher-Laboratorium der Max-Planck-Gesellschaft; Spemannstrasse 37-39 D-72076
Tuebingen Germany
Project : The role of active membrane properties and dendro-dendritic synapses for the tuning of
a motion sensitive neuron to small objects. GENESIS
GAZERES Nicolas (FR,m.)
Institut Alfred Fessard, CNRS Avenue de la Terrasse 91195 Gif/Yvette
Project : Modulation of synaptic response by presynaptic train of spikes. SURF-HIPPO
HAFLIGER Philipp (CH,m.)
Institute for Neuroinformatics Gloriastr. 32 CH-8006 Zurich Switzerland
Project : Testing networks of spike based learning neurons in a simulated environment. MATLAB
HANDZEL Amir A. (IL,m.)
Department of Applied Mathematics and Computer Science, Weizmann Institute of Science, Rehovot
76100, Israel
Project : Dynamic aspects of the Superior Colliculus in issuing Saccade motor commands. MATLAB
KATAKAME Mitsuyuki (JP,m.)
Lab.for Neural Modeling, FRP,; The Institute of Physical and Chemical Research (RIKEN),; 2-1
Hirosawa, Wako, Saitama 351-01,Japan;
Project : A model of nuerons with voltage-dependent channels (Inward rectifiers). XPP
KEPECS Adam (HU,m.)
RMKI Biofizika Osztaly; P.O.Box 49 ; H-1525 Budapest, Hungary ;
Project : Investigation of the effect of active channel densities anddistribution to the firing
patterns of the pyramidal cells of CA3: Exploration of the parameter space. GENESIS
KREKELBERG Bart (NL,m.)
King's College London Centre for Neural Networks Dpt. Mathematics Strand London WC2R 2LS
England
Project : What do single neuron properties tell us about learning in the Honeybee? GENESIS
LAMING Brett Allan (UK,m.)
University of Sheffield Department of Psychology Main Psychology Building Western Bank Sheffield
S10 2TP United Kingdom.
Project : Modelling the deep cerebellar nuclei from the medial vestibular nucleus. GENESIS
LINNE Marja-Leena (FI,f.)
Medical School University of Tampere Box 607 33101 Tampere FINLAND
Project : A biophysical model of rat cerebellar granule cell. GENESIS
MANN Puahl (IL,f.)
Inst. Life Science, Neurobiology department; Hebrew University Givat Ram Jerusalem; Israel
91904
Project : A compartmental model of rat cerebellar stellate cell. NEURON
ROSSOKHIN Aleksei (SU,m.)
Brain Research Institute, per. Obukha 5, Moscow, 103064 Russia
Project : The role of specific electrical feedback in plasticity of the chemical synapses. XPP
ROTH Arnd (DE,m.)
Abteilung Zellphysiologie Max-Planck-Institut fuer Medizinische Forschung Postfach 10 38 20
D-69028 Heidelberg Germany
Project : Detailed active models of reciprocally connected layer 5 pyramidal neurons. NEURON
SENN Walter (CH,m.)
Institut fuer Informatik und Angewandte Mathematik; Neubrueckstrasse 10, CH-3012 Bern
Project : synaptic pattern formation by means of back propagating dendritic action potentials.
NEURON + MATLAB
SUZUKI Satoshi (JP,m.)
ATR Human Information Processing Research Laboratories; 2-2 Hikaridai, Seika-cho, Soraku-gun;
Kyoto 619-02 Japan
Project : A model for self-organization and classification of object representations. MATLAB
SVIRSKIS Gytis (LT,m.)
Lab. of Neurophysiology Biomedical Research Institute Mickeviciaus 9 Kaunas 3000 Lithuania
Project : Oscillations in network with neurons possessing slow inward and Tcurrents. XPP
TETTONI Laurent (CH,FR,m.)
Institut d'Anatomie Universite de Lausanne 9, rue du Bugnon CH-1005 Lausanne Suisse
Project : the implications of long reciprocal connectivity in the visual cortex of mammals.
GENESIS
VARONA Pablo (ES,m.)
Instituto de Ingenieria del Conocimiento Modulo C-XVI, Planta 2. Universidad Autonoma de Madrid
28049 Madrid SPAIN
Project : Branching modeling of a CA1 neuron including synapses and current source density
analysis. GENESIS
WERNER Herrad Karin Gisela (DE,f.)
University of Leipzig Institut fuer Informatik, Augustusplatz 10-11 04109 Leipzig GERMANY
Project : Model of the deep layer of the Colliculus Superior based on real anatomical and
physiological observations. GENESIS