Citation: A. Vermeulen et Jp. Rospars, DENDRITIC INTEGRATION IN OLFACTORY SENSORY NEURONS - A STEADY-STATE ANALYSIS OF HOW THE NEURON STRUCTURE AND NEURON ENVIRONMENT INFLUENCE THE CODING OF ODOR INTENSITY, Journal of computational neuroscience, 5(3), 1998, pp. 243-266
Citation: A. Vermeulen et Jp. Rospars, A SIMPLE ANALYTICAL METHOD FOR DETERMINING THE STEADY-STATE POTENTIALIN MODELS OF GEOMETRICALLY COMPLEX NEURONS, Journal of neuroscience methods, 82(2), 1998, pp. 123-133
Authors:
ROSPARS JP
LANSKY P
TUCKWELL HC
VERMEULEN A
Citation: Jp. Rospars et al., CODING OF ODOR INTENSITY IN A STEADY-STATE DETERMINISTIC MODEL OF AN OLFACTORY RECEPTOR NEURON, Journal of computational neuroscience, 3(1), 1996, pp. 51-72
Authors:
VERMEULEN A
ROSPARS JP
LANSKY P
TUCKWELL HC
Citation: A. Vermeulen et al., CODING OF STIMULUS-INTENSITY IN AN OLFACTORY RECEPTOR NEURON - ROLE OF NEURON SPATIAL EXTENT AND PASSIVE DENDRITIC BACKPROPAGATION OF ACTION-POTENTIALS, Bulletin of mathematical biology, 58(3), 1996, pp. 493-512
Authors:
TUCKWELL HC
ROSPARS JP
VERMEULEN A
LANSKY P
Citation: Hc. Tuckwell et al., TIME-DEPENDENT SOLUTIONS FOR A CABLE MODEL OF AN OLFACTORY RECEPTOR NEURON, Journal of theoretical biology, 181(1), 1996, pp. 25-31
Citation: Jp. Rospars et Jc. Fort, MODELING QUALITATIVE DISCRIMINATION OF ODORS - ROLES OF CONVERGENCE AND INHIBITION, Chemical senses, 20(1), 1995, pp. 138-139
Citation: E. Avron et Jp. Rospars, MODELING INSECT OLFACTORY NEURON SIGNALING BY A NETWORK UTILIZING DISINHIBITION, Biosystems, 36(2), 1995, pp. 101-108
Authors:
ROSPARS JP
LANSKY P
VAILLANT J
DUCHAMPVIRET P
DUCHAMP A
Citation: Jp. Rospars et al., SPONTANEOUS ACTIVITY OF FIRST-ORDER AND SECOND-ORDER NEURONS IN THE FROG OLFACTORY SYSTEM, Brain research, 662(1-2), 1994, pp. 31-44
Authors:
ROSPARS JP
LANSKY P
VAILLANT J
DUCHAMPVIRET P
DUCHAMP A
Citation: Jp. Rospars et al., SPONTANEOUS ACTIVITY OF FIRST-ORDER AND SECOND-ORDER NEURONS IN THE FROG OLFACTORY SYSTEM, Brain research, 662(1-2), 1994, pp. 31-44
Citation: Jp. Rospars et P. Lansky, STOCHASTIC-MODEL NEURON WITHOUT RESETTING OF DENDRITIC POTENTIAL - APPLICATION TO THE OLFACTORY SYSTEM, Biological cybernetics, 69(4), 1993, pp. 283-294