A JavaScript library for processing and displaying neurophysiological signals.
Allow users direct access to your open data signal collection or dataset through a web browser.
Annotate signal collections using a standardized interface without the need for any dedicated software.
Use interactive examples from real patient cases for medical or data science education.
Below are the key aspects of the EpiCurrents project.
As a JavaScript application, EpiCurrents can be used on any device that runs a modern web browser. Individual features may be limited by device capabilities, such as the amount of memory available to the application.
Python’s powerful data processing libraries can be employed to transform and preprocess the signal data. ONNX (Open Neural Network eXchange) machine learning models can be used to analyze signals and results can be displayed alongside the original signal data.
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EpiCurrents source code is licensed under the Apache-2.0 license, which allows for free non-commercial and commercial use. Anyone willing to contribute to the development of the project is free to do so by committing additions or alterations to the source code repository.
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Stay up-to-date with the project development by following our blog.
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The European Congress of Neurology held its 10th international congress in Helsinki, Finland on June 29 – July 2. The theme of this year’s congress was neuromodulation and as such the field of clinical neurophysiology was heavily featured in the programme. The congress had a record number of participants from over 120 countries. Epicurrents was…
The user interface of EpiCurrents has reached a stage where an alpha version of the application can be made publicly available. bear in mind that this is a very early, very unstable version. It supports EEG files in EDF format, both the original and the extended (plus) version. Channels adhering to the international 10-20 system…