Skin Conductance (SC) variations, or, alternatively, changes of the human skin resistance
known as Galvanic Skin Response (GSR), allow to detect the physiological reactions of a …

This paper evaluates the Galvanic Skin Response (GSR) signals to three different acoustic
stimuli, collected through a commercial wearable device (Empatica E4) by a group of …

In order to determine objective components of the subjects, who is listening to music,
emotional state, changes in skin conductance while exposure to musical stimuli was …

The goal of the investigation was to estimate how informational load with different frequency
of sound influences human galvanic skin response (GSR). Subjects (99) had to be …

Galvanic Skin Response (GSR) is a measure of skin conductivity that has been extensively
linked to emotional stress and activation. Emotional reactions often cause increased sweat …

Emotions play a key role in everyday life of human beings, and since several years,
researchers have investigated the physiological changes caused by external stimuli, looking …

This paper describes validity testing of the NeuLog NUL-217 GSR measurement device.
This was accomplished by comparing the NeuLog device to readings from the Biopac …

Researchers use different approaches to analyze changes in skin conductance. At the same
time, individual differences observed in both the initial values of skin conductance and …

Not so many consumer devices are available for minimally invasive monitoring of Skin
Conductance (SC), differently from what happens for other physiological signals. In this …

Continuous physiological monitoring integrated within current wearable devices is a hot
topic nowadays. Despite that, measuring physiological variables is still challenging due to …