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Advanced Wireless Sensors Used to Monitor the Impact of Environment Design on Human Physiology
Erik Vavrinsky, Veronika Kotradyova, Helena Svobodova, Martin Kopani, Martin Donoval, Samuel Sedlak, Jan Subjak, Tomas Zavodnik
DOI: 10.15598/aeee.v17i3.3310
Abstract
This article describes modern wireless sensor devices and their application in the measurements of the human physiology. We used our own advanced ECG Holter device and EEG helmet to record the heart and brain activity impacted by different environments, materials, colors or body positions during work. In this paper, we want to show the interactions between humans and architecture design, which modify human work performance and well-being. This paper is a conclusion of the 3 different pilot studies, where different scopes of human-space interaction were explored. In the experiments, we aimed mostly at wood materials and their beneficial effects on the nervous system. The research in its actual state is primarily focused on optimizing the methods of the ECG data analysis from our Holter device and the EEG data from helmet. Based on these data, we will improve the methodology of the experiments for the next enhanced research with aspiration to automate data analysi
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