An android application used to measure vital signals such as SpO2, Heart rate, Respiratory rate and Blood Pressure.
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Updated
Aug 29, 2022 - Java
An android application used to measure vital signals such as SpO2, Heart rate, Respiratory rate and Blood Pressure.
Multimodal Home Activity Dataset with Multi-Angle Videos and Synchronized Physiological Signals
Sleep Debug is an debug tool for studying or develop BCG applications. It is fit to Sleep Tracker and Monitor, BedFit, Heart Rate, Respiratory Rate Tack and Monitor on Bed Sleep.
Remote system in python to extract the respiratory rate from depth videos recorded with the D435 Intel RealSense Depth Camera. Evaluation of recorded data against ground truth data included.
Implementation of the methods used to calculate (average) respiratory rate from heart rate variability as shown in the paper by Schafer and Kratky (2008).
An open-source audio database for respiratory rate (RR) estimation research
Clinical‑grade respiratory monitoring from any smartphone. Deterministic phase‑memory operator, production Flask backend, real‑time dashboard, and multi‑record BIDMC validation with exportable scientific results.
Python SDK for parsing Samsung Health exports — DataFrames, feature engineering, ML-ready datasets & interactive HTML dashboards
Thesis | Lemuel Blaya | Angelo Diaz | Blessie Mugat | Electronics Engineering - University of Mindanao
A comprehensive Python toolbox designed for Remote Photoplethysmography (rPPG) inference. It provides a unified interface for state-of-the-art deep learning models, enabling physiological signal measurement (such as heart rate and heart rate variability) from facial videos.
By using capacitive pressure sensors inside a seat this application is able to retreive the signal and measure the respiratory rate out of its sinus frequency, by using 3 different algorithms (Discrete Fourier Transformation, Continuous Cut Count, Discrete single period)
Health economic modeling of automated RR monitoring
A ~$30 acoustic respiratory-rate monitor on a MEMS microphone + ESP32 — firmware, signal processing, and a design & feasibility preprint.
Parse and analyze Samsung Health export data in Python with pandas for fast access to health metrics, trends, and dashboards
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