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A system for measuring the electrodermal activity (EDA) signal occurring at the sweat glands in the left palm and left finger of thehuman body was implemented in this study. The EDA measurement system (EDAMS) consisted of an algometer, a biopotential mea-surement system (BPMS), and a PC. Two experiments were performed to evaluate the function and clinical applicability of EDAMS.First, an experiment was carried out on the linearity of the voltage and the pressure that comprised the output signals of the algometerused for applying a pressure stimulus. Second, the amplitude of the EDA signal acquired from the electrode attached to the left palmor finger was measured while increasing the pressure stimulus of the algometer. When the pressure stimulus of the algometer appliedto the left scapula was increased, the amplitude of the EDA signal increased. The amplitude of the EDA signal at the left palm wasobserved to be greater than that at the left finger. The amplitude of the EDA signal was observed to increase in a relatively linear relationwith the intensity of the pressure stimuli. In addition, the latency of the EDA signal acquired from the electrode attached to the left palmor finger was measured while increasing the pressure stimulus of the algometer. When the pressure stimulus of the algometer appliedto the left scapula was increased, the latency of the EDA signal decreased. The latency of the EDA signal at the palm was observedto be less than that at the finger. The latency of the EDA signal was observed to decrease nonlinearly with the pressure stimuli.Keywords: Electrodermal Activity (EDA), EDA measurement system (EDAMS), Algometer, Sweat glands, Biopotential mea-surement system (BPMS).

Electrodermal Activity at the Left Palm and Finger in Accordance with the Pressure Stimuli Applied to the Left Scapula