vanessakris

Vanessa Christopher • Joined 2 years ago

Projects

25 Projects
neuro-sig/2019-flock-neurofedora
Presentation slides for NeuroFedora talk at Flock
neuro-sig/2019-NeuroFedora-poster-CNS
The NeuroFedora poster at CNS*2019 Barcelona
neuro-sig/2020-CNS-Abstract
Abstract to submit to CNS*2020
neuro-sig/20210411-INCF-Slides
Slides for INCF Assembly 2021
neuro-sig/20210509-World-wide-presentation
Presentation for the NeuroFedora talk at World Wide Neuro
neuro-sig/20230802-flock-neurofedora
Slides for NeuroFedora talk at Flock 2023
neuro-sig/BeamerThemeNeuroFedora
A beamer poster theme for NeuroFedora
compneuro-container
WIP container file for the compneuro container image
neuro-sig/documentation
Documentation for the NeuroFedora SIG
neuro-sig/jneuroml
jNeuroML package for the NeuroFedora extras COPR
neuro-sig/neuroConstruct
neuroConstruct package for the NeuroFedora extras COPR
neuro-sig/NeuroFedora
Main repository for the NeuroFedora SIG
neuro-sig/neuro-scripts
Scripts related FedoraNeuro Lab images
python-astor
astor is designed to allow easy manipulation of Python source via the AST.
python-ephyviewer
Simple viewers for ephys signals, events, video and more
neuro-sig/python-grip
Render local readme files before sending off to GitHub
python-interface-meta
A convenient way to expose an extensible API with enforced method signatures and consistent documentation.
python-NEAT
NEAT (NEural Analysis Toolkit)
python-neatdend
NEAT is a python library for the study, simulation and simplification of morphological neuron models.
neuro-sig/python-neuromllite
COPR package for NeuroMLlite
python-pooch
A friend to fetch your data files
python-pyABF
Python library for reading files in Axon Binary Format (ABF)
neuro-sig/python-pyneuroml
COPR package sources for pyNeuroML
neuro-sig/python-sinaps
A Python package providing a fast, flexible and expressive tool to model signal propagation and ionic electrodiffusion in neurons
shybrid
SHYBRID is a graphical user interface that allows for the easy creation of hybrid ground truth extracellular recordings.