Physiological Computing
“Physiological Computing is a term that is used to describe any technological system that incorporates physiological data from humans into its functionality or displays these data at the interface.” – by Dr Stephen
Fairclough
In RaF Lab, we teach students to make simple physiological measuring devices with Arduino, and to map the signals in real time to animations or sound.
![](http://lab.raf.edu.rs/wp-content/uploads/2022/09/Jelemy_human_bodies_as_constelations_shinning_stars_scattered_floral1-300x300.png)
RAF Students’ Projects
led by Prof. Jelena Mladenović
by Miljan Ilić
Making professional ECG with Arduino
Using Arduino MEGA, ECG sensor AD8232 …
by Srdjan Lazić
Making sound with breathing and heart-rate
Using smartwatch (Polar Verity Sense), breathing belt (Ullo Alize), openViBE 3.3 and VCV-Rack 1
by Andrijana Prica
Animating heart-rate
Using VVVV (gamma), smartwatch (Polar Varity Sense) and bleak Python (BLE to LSL)
by Stevan Zečić
Polygraph (EDA, breathing and Heart-rate)
Using Arduino UNO, potentiometers, piezzo sensors etc.
by Lav Leon Hudak
Animating heart-rate
Using Smartwatch (bleak Python to convert BLE to LSL) and VVVV (gamma)