Graphical interface merging the functions of Spyndle, PyBlockWork and EEG Navigator in one convenient interface, allowing to perform efficiently analysis of electroencephalographic data.
QT-based interface to visualize EDF/BDF electroencephalographic recordings using the Spyndle package.
# NeuroAnnotation toolbox (NAT) This project is a sprout from the NeuroCurator project which has been divided in a front-end (NeuroCurator) and a back-end (NAT) to provide more flexibility for programmatic interaction with created annotation corpora. This toolbox provides the necessary functions and utilities to reliably annotate the neuroscientific literature, curate published values for modeling parameters, and save them in reusable corpora.
GUI-based application and API to perform systematic and collaborative scientific literature curation. This is a front-end for the NeuroAnnotation Toolbox (NAT).
PyBlockWork offers a framework for defining signal processing operations as modules that can be executed in a distributed environment.
Toolbox for analyzing sleep spindles.