![Signal Acquisition [OpenSignals]](https://plux.info/1131-large_default/event-detection-muscular-activations-emg.jpg "Signal Acquisition [OpenSignals]")
![Signal Acquisition [OpenSignals]](https://plux.info/1131-thickbox_default/event-detection-muscular-activations-emg.jpg "Signal Acquisition [OpenSignals]")
NB-PP-08
In this Jupyter Notebook it will be presented a single threshold algorithm, that includes the Teager-Kaiser Energy Operator (TKEO) in his implementation.
Event Detection - Muscular Activations (EMG)
In this Jupyter Notebook it will be presented a single threshold algorithm, that includes the Teager-Kaiser Energy Operator (TKEO) in his implementation.
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![Signal Acquisition [OpenSignals]](https://plux.info/1123-home_default/digital-filtering-pre-process-step.jpg "Signal Acquisition [OpenSignals]")
In this Jupyter Notebook it will be demonstrated how to digital filter the signal.
![Signal Acquisition [OpenSignals]](https://plux.info/1124-home_default/fatigue-evaluation-evolution-of-median-power-frequency.jpg "Signal Acquisition [OpenSignals]")
In this Jupyter Notebook it will be presented the basic methodology to monitoring the fatigue along time.
![Signal Acquisition [OpenSignals]](https://plux.info/1132-home_default/event-detection-r-peaks-ecg.jpg "Signal Acquisition [OpenSignals]")
Heart rate variability analysis is dependent of the detection of ECG R peaks, which is the main topic of the present Jupyter Notebook .
![Signal Acquisition [OpenSignals]](https://plux.info/1137-home_default/emg-analysis-time-and-frequency-parameters.jpg "Signal Acquisition [OpenSignals]")
In this Jupyter Notebook it will be explained how some parameters can be extracted from EMG, both from time and frequency domain.