electrodes

Compute and plot standard EEG electrode positions.

This small suite helps you detect bruxism and interrupt it.

EEG & MRI processing, Micro-States analysis & Sources localization

Various programs written to help with analysis of electrochemical data for the characterization of electrodes

Topology Optimization for Porous Electrodes

This project is based on work of OpenEEG project and Olimex's implementation of it. This project is free to use, but is bound by Creative Commons Attribution-Sharealike license. More info can be found at http://openeeg.sourceforge.net .

Holter Monitor for cardiac Arrhythmia detection (Bradycardia or Tachycardia), based on signals received via BITalino.

Desing schematic and PCB for a dry active electrodes with gain two for EEG acquisition.

Hardware Setup of EEG channel

Using decision trees for predicting soil resistivity to improve the design process of overhead power line tower earth electrodes

HORME: Handler for the Observable Rotating Motion of the Encephalos

Generation of IMRO files for neuropixels probes based on depth range.

Repositorio de prueba

A electrode component demo for developing & demoing electrode components

This repository contains the codebase for analyzing and comparing ECG signals recorded with conventional AgCl electrodes and polymer-printed hydrogel (PPHG) electrodes, for the paper "Systematic Benchmarking of a Noise-tolerant Conductive Hydrogel electrode for Epidermal Bioelectronics".

A computational model and a corresponding algorithm to estimate the fibre velocity distribution.

NAPT is a research project exploring an end-to-end pipeline that: Detects and recognizes text from real-world scenes (including degraded, low-visibility environments) Translates recognized characters into electrode activation patterns via a custom glyph-to-electrode mapping Delivers spatially encoded stimulation signals intended for cortical or re

demo-helper for holding Electrode component generator common files

Rod Connected Electrode Structure Generation and Optimization

This code allows combining the spatial distribution coming from multiple secondary ions maps obtained through time-of-flight secondary ion mass spectrometry (ToF-SIMS) into a single image and segmenting it (i.e., every pixel is assigned to one SI/phase only).