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| === Lecture notes day 2 === * Paper on PPG and HRV by Feijs, Langereis and Van Boxtel {{attachment: Feijs Langereis Van Boxtel 2010.pdf}} * Arduino code for PPG (thanks Geert Langereis) {{attachment: GEERTCODE.ino}} * Mini Heart Beat Viewer (Processing 2 and 3) {{attachment: MiniHeartBeatViewer.pde}} * Kubios HRV user's guide {{attachment: Kubios_HRV_Users_Guide.pdf}} * Software for PPG recording and biofeedback (Processing 2) {{attachment: FLOWERSBFB2017P2.zip}} * Software for PPG recording and biofeedback (Processing 3) {{attachment: FLOWERSBFB2017P3.zip}} * Kubios HRV Standard [[https://sites.fastspring.com/kubios/instant/hrv-standard?_ga=1.58828205.1821781609.1486991776 | Kubios HRV Standard download link]] * Matlab runtime (required for Kubios) [[https://nl.mathworks.com/products/compiler/mcr.html| MCR_R2016b download link]] |
DBB170 Sensors for Physiology - Q3 2017
Contents
Assignment resources
Lecture notes day 1
- Lecture Prof Steven Vos
- Lecture Prof Loe Feijs
- Paper on PPG by Dr. Geert Langereis
Lecture notes day 2
- Paper on PPG and HRV by Feijs, Langereis and Van Boxtel
- Arduino code for PPG (thanks Geert Langereis)
- Mini Heart Beat Viewer (Processing 2 and 3)
- Kubios HRV user's guide
- Software for PPG recording and biofeedback (Processing 2)
- Software for PPG recording and biofeedback (Processing 3)
- Kubios HRV Standard
- Matlab runtime (required for Kubios)
Schedule
- (preliminary schedule V3, changes will be announced as we proceed)
Rubrics
- coming soon