Uniform Cusp Property, Boundary Integral, and Compactness for Shape Optimization. - Michel C. Delfour; Nicolas Doyon; Jean-Paul Zolésio (System Modelling and Optimization, 2003)

On the Distance Between Smooth Numbers. - Jean-Marie De Koninck; Nicolas Doyon (Integers, 2011)

Efficacy of Synaptic Inhibition Depends on Multiple, Dynamically Interacting Mechanisms Implicated in Chloride Homeostasis. - Nicolas Doyon; Steven A. Prescott; Annie Castonguay; Antoine G. Godin; Helmut Kröger; Yves De Koninck (PLoS Comput. Biol., 2011)

On the Powerful and Squarefree Parts of an Integer. - Maurice-Étienne Cloutier; Jean-Marie De Koninck; Nicolas Doyon (J. Integer Seq., 2014)

Neuropharmacological Modelling: Alterations in Ionic Homeostasis. - Nicolas Doyon; Annie Castonguay; Yves De Koninck (Encyclopedia of Computational Neuroscience, 2014)

Counting Hidden Neural Networks. - Anthony Richard; Patrick Desrosiers; Simon Hardy; Nicolas Doyon (J. Integer Seq., 2016)

The Limit Distribution of the Middle Prime Factors of an Integer. - Jean-Marie De Koninck; Nicolas Doyon; Vincent Ouellet (Integers, 2019)

Beyond Wilson-Cowan dynamics: oscillations and chaos without inhibition. - Vincent Painchaud; Nicolas Doyon; Patrick Desrosiers (Biol. Cybern., 2022)

Computational modeling of trans-synaptic nanocolumns, a modulator of synaptic transmission. - Xiaoting Li; Gabriel Hémond; Antoine G. Godin; Nicolas Doyon (Frontiers Comput. Neurosci., 2022)

A computational model of Alzheimer's disease at the nano, micro, and macroscales. - Éléonore Chamberland; Seyedadel Moravveji; Nicolas Doyon; Simon Duchesne (Frontiers Neuroinformatics, 2024)

A scoping review of mathematical models covering Alzheimer's disease progression. - Seyedadel Moravveji; Nicolas Doyon; Javad Mashreghi; Simon Duchesne (Frontiers Neuroinformatics, 2024)

The Determining Role of Covariances in Large Networks of Stochastic Neurons. - Vincent Painchaud; Patrick Desrosiers; Nicolas Doyon (Neural Comput., 2024)

Sensitivity analysis of a mathematical model of Alzheimer's disease progression unveils important causal pathways. - Seyedadel Moravveji; Halima Sadia; Nicolas Doyon; Simon Duchesne (Frontiers Neuroinformatics, 2025)