Měření vodivosti pokožky jedince při pohybových aktivitách

Abstract

The thesis deals with the measurement of skin conductivity during physical activities. The first part of the thesis deals with the anatomy and function of the skin, where the structure and function of the skin is described in detail, emphasizing its key role in electrodermal activity. Subsequently, the next section focuses on electrodermal activity itself and its measurement as well as the analytical procedures used to interpret these measurements. A review of the field of stress and stress load is then conducted, with links between electrodermal activity and psychological manifestations of stress, while stress load and its links to occupational health and safety are discussed. A key element is the design of an experiment to measure the conductivity of an individual's skin during physical activity and the subsequent measurement, analysis and evaluation. The aim of this thesis is to test the feasibility of using the skin conductance measurement method to determine stress load and its links to occupational safety and health.