Reverse Dependencies of neurokit2

The following projects have a declared dependency on neurokit2:

• biobss — A biological signal processing and feature extraction library.
• biopsykit — A Python package for the analysis of biopsychological data.
• biotop — Semi-automated extrema detection in ECG and respiratory signals
• biotuner — Time series harmonic analysis for adaptive tuning systems and microtonal exploration
• cmi-biosignal-lib — cmilab biosignal library test
• E2EPyPPG — An End-to-End PPG processing pipeline: from quality assessment and motion artifacts romval to HR/HRV extraction
• ECG-featurizer — This Python package recognize patterns in an ECG and extract features
• ecglib — ECG library with pretrained models and tools for ECG analysis
• heartfelt-tools — Extract and process photoplethysmography and arterial blood pressure data from mimic3-waveforms and vitaldb.
• junifer — JUelich NeuroImaging FEature extractoR
• mergait — Read and process running gait related dataframes, ranging from raw (iPhone) activity and IMU data to footpod per-step data and music parameters.
• NeuroKit-Eda-Analaysis — A library for processing and analyzing EDA signals.
• octopus-sensing-visualizer — Library for visualizing data synchronously recorded from different sensors
• osl — OHBA Software Library
• physiocurve — Analyse biometric time series
• PhysioKit2 — PhysioKit: An Open-Source, Low-Cost Physiological Computing Toolkit for Single- and Multi-User Studies
• prominence-delineator — Physiology-Informed ECG Delineator Based on Peak Prominence
• rlign — Beat normalization for ECG data.
• tempbeat — Template-based in-ear heartbeat extraction
• timeeval-gutenTAG — A good Timeseries Anomaly Generator.
• timeflux-dsp — Timeflux DSP plugin
• wuji — no summary