PierreOrhan
PhD Student at ENS, with JR King and Y. Boubenec. Previous work with A. Peyrache and K. Benchenane. Computational neuroscience
Pinned Repositories
3DNeuronVisu
Research project at ecole Polytechnique, data set can't be provided for privacy reasons.
bioNN
Adapting neural network to chemical computing. In development
htmpapers
Numenta published papers code and data
LASSIE
LASSIE is a black-box deterministic simulator of large-scale mass-action biochemical systems, with this fork we try to use/debug it for a research project
PierreOrhan.github.io
Personal website
ReplicationsProjects
Replications of papers - to learn and be criticised.
SaboteurComp424
Development of a final project for the comp 424 mcGill course
spectra-review-paper-competition
Competition for best expository article on cutting-edge ML research
tfdiffeq
Tensorflow implementation of Ordinary Differential Equation Solvers with full GPU support
torchdiffeq
Differentiable ODE solvers with full GPU support and O(1)-memory backpropagation.
PierreOrhan's Repositories
PierreOrhan/SaboteurComp424
Development of a final project for the comp 424 mcGill course
PierreOrhan/bioNN
Adapting neural network to chemical computing. In development
PierreOrhan/3DNeuronVisu
Research project at ecole Polytechnique, data set can't be provided for privacy reasons.
PierreOrhan/htmpapers
Numenta published papers code and data
PierreOrhan/LASSIE
LASSIE is a black-box deterministic simulator of large-scale mass-action biochemical systems, with this fork we try to use/debug it for a research project
PierreOrhan/PierreOrhan.github.io
Personal website
PierreOrhan/ReplicationsProjects
Replications of papers - to learn and be criticised.
PierreOrhan/spectra-review-paper-competition
Competition for best expository article on cutting-edge ML research
PierreOrhan/tfdiffeq
Tensorflow implementation of Ordinary Differential Equation Solvers with full GPU support
PierreOrhan/torchdiffeq
Differentiable ODE solvers with full GPU support and O(1)-memory backpropagation.