A neural network model of the cerebellar cortex performing dynamic associations. - François Chapeau-Blondeau; Gilbert A. Chauvet (Biol. Cybern., 1991)

Dynamic Properties of A Biologically Motivated Neural Network Model. - François Chapeau-Blondeau; Gilbert A. Chauvet (Int. J. Neural Syst., 1992)

Stable, oscillatory, and chaotic regimes in the dynamics of small neural networks with delay. - François Chapeau-Blondeau; Gilbert A. Chauvet (Neural Networks, 1992)

The purkinje unit of the cerebellum as a model of a stable neural network. - Pierre Chauvet; Gilbert A. Chauvet (ESANN, 1993)

A biologically based model of functional properties of the hippocampus. - Theodore W. Berger; Gilbert A. Chauvet; Robert J. Sclabassi (Neural Networks, 1994)

Mathematical conditions for adaptive control in Marr's model of the sensorimotor system. - Pierre Chauvet; Gilbert A. Chauvet (Neural Networks, 1995)

A numerical computation of a 3-D stokes problem in the description of intestinal peristaltic waves. - S. Metry; Gilbert A. Chauvet (Simul. Pract. Theory, 1995)

Time Scale in Physiological Systems: Application to The Renal Function. - Jean-Michel Auberlet; Bruno Veille; Gilbert A. Chauvet (ESM, 1998)

Conditions of Stability for the Simulation of a Neuromimetic Circuit. Application toa Bipedal Robot. - Pierre Chauvet; Bassam Daya; Gilbert A. Chauvet (ESM, 1998)

Simulations of Learning in a Cerebellar Cortex Model Using an Optimisation Method. - Bassam Daya; Gilbert A. Chauvet (ESM, 1998)

Purkinje local circuits with delays: mathematical conditions of stability for learning and retrieval. - Pierre Chauvet; Gilbert A. Chauvet (Neural Networks, 1999)

On the Properties of Time Trajectories Learned by the Cerebellar Cortex. - A. Garenne; Pierre Chauvet; Gilbert A. Chauvet (IJCNN (3), 2000)

Learning rules for dynamic trajectories in the cerebellar cortex application to a bipedal robot. - Bassam Daya; Pierre Chauvet; A. Garenne; Gilbert A. Chauvet (Neural Networks and Computational Intelligence, 2004)