Zařízení pro neinvazivní sledování zdravotního stavu pracovníků na bázi virtuální bioinstrumentace

Abstract

This thesis focuses on the possibility of using non-invasive monitoring of basic life functions of employees based on virtual bioinstrumentation. The theoretical part discusses the issue of measurement, processing and evaluation of data from sensors located on the surface of the body for non-invasive monitoring of their health. It also includes the classification of available SW and HW components and also describes the possibilities of their wireless transmission, storage and evaluation. The main point of this thesis is to test and find the most suitable ECG electrodes for low-cost and non-invasive use for sensing the basic vital functions of workers. The output of the work will be software design and implementation of an application for signal filtering and R-peak detection using LabVIEW software. Functional verification will be performed in laboratory conditions on real subjects.