
Dario PRANDI
Researcher
dario.prandi@l2s.centralesupelec.fr
L2S, CentraleSupélec
3 rue Joliot Curie
91190 Gif-sur-Yvette, France
A neural model for V1 that incorporates dendritic nonlinearities and back-propagating action potentials
Neural field equations with time-periodic external inputs and some applications to visual processing
Activity estimation via distributed measurements in an orientation sensitive neural fields model of the visual cortex
Reproducibility via neural fields of visual illusions induced by localized stimuli
A mathematical model of the visual MacKay effect
Weyl’s law for singular Riemannian manifolds
Beyond $\ell$1 sparse coding in V1
A cortical-inspired sub-Riemannian model for Poggendorff-type visual illusions
A bio-inspired geometric model for sound reconstruction
Worst Exponential Decay Rate for Degenerate Gradient flows subject to persistent excitation
Identification of saturated networked systems
Homogeneous observer for a low-dimensional neural fields model of cortical activity
Cortical origins of MacKay-type visual illusions: A case for the non-linearity
Reproducing Sensory Induced Hallucinations via Neural Fields
An auditory cortex model for sound processing
A bio-inspired geometric model for sound reconstruction
On the decay rate for degenerate gradient flows subject to persistent excitation
A cortical-inspired model for orientation-dependent contrast perception: a link with Wilson-Cowan equations
Image inpainting via a control-theoretical model of human vision
Cortical-inspired image reconstruction via sub-Riemannian geometry and hypoelliptic diffusion
MacKay-Type Visual Illusions via Neural Fields
A semidiscrete version of the Citti-Petitot-Sarti model as a plausible model for anthropomorphic image reconstruction and pattern recognition
Pattern Recognition
Almost-Periodic Interpolation and Approximation
Lifts
Image Reconstruction
Introduction
Preliminaries
Applications
Geometry and analysis of control-affine systems: motion planning, heat and Schrödinger evolution
CentraleSupélec,
3, rue Joliot Curie,
91190 Gif-sur-Yvette
Supporting institutes
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