Abstract
In this study it is presented the implementation of a low-cost automated prototype, in an open code platform, that simulates maternal fetal signals, allowing test executions and fetal detectors. The goal is guaranteeing the use of these equipments in a safe, effective way in the monitoring of maternal fetal signals in hospital environments, since the simulator is used to evaluate the correct use of the equipment. Another possible application of the simulator is as a teaching tool. The results are demonstrated in a man-machine interface, the views of the measurements of fetal movement, uterine activity and fetal heart rate, generated by the simulator. The values demonstrated in the man-machine interface can be compared with the ones presented by the fetal monitor. With this comparison it is possible to check the correct functioning of the equipment tested.
Highlights
The concern over fetal cardiac arrhythmia has increased over the last few years, creating a bigger demand in the use of fetal monitoring methods.[1]
This study presents the implementation of a low-cost automated prototype, in an open code platform, that simulates the maternalfetal signal using the Arduino platform
Several options exist for providing a basic evaluation of the maternal-fetal monitors, but the need to simulate the medical environment with a man-machine interface is needed in this age of simulation-based medicine
Summary
The concern over fetal cardiac arrhythmia has increased over the last few years, creating a bigger demand in the use of fetal monitoring methods.[1] The function of the electronic fetal monitor is to detect and record both the heart rate of the fetus and the uterine activity of the mother in labor.[2] To verify the electronic functioning of the fetal monitor there is a need for performance testing. An alternative to the test is to use simulators. Simulators aim to present practical situations from everyday life.[4] The use of simulators allow new approaches in education and medical practices such as simulation-based medicine
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