Everyday pasta in the Mercedes - Benz intelligent drive

Presented by Máté Petrekanits M.D. Head of Physiological Laboratory at Semmelweis University Budapest Faculty of Physical Educations I work together with sportsmen, and what’s extremely important is: with professional sportsmen. Here, you have to use such methods by which you see how his heart, his lungs function and in the last years it was fortunate for me that an EEG amplifier could be built with which I see how their brains function either at standstill or during doing sports. So the question came up, how much load a driver has to endure while driving in urban traffic. We started the day by “plugging in” the young man who is driving the cars. We measured the basic data about how his heart and his brain functions at standstill, and then we moved the whole measurement system into the cars. At first we checked the data in the car without intelligent assistant systems, then in the car with intelligent assistant systems and that’s how we tried to measure those physiological data which show what happened to him while driving. We installed such devices into the cars which were able to follow the acceleration and the spatial orientation of the vehicle, and the biological amplifiers followed the function of the heart and the brain. The system registered during two times 20 minutes drives how the driver adjusted himself to traffic conditions and to what extent he could be aided by the intelligent car's technology. Under conditions of urban traffic we looked at how the driver is influenced by the stop-light, by the slow advancement behind others, by the observation of another partner, and how these appear in the function of either the heart or the brain through the biological amplifiers. The highly accurate analyses showed that there is a difference between the two cars concerning the heart and the brain functions. Of course, when a healthy person is being considered, these are small differences, but they definitely show that in the long run it is easier to drive an intelligent car because the level of stress is lower or if there is a traffic situation, when you may not pull out to overtake, and it signals this, then the driver can process this significantly easier and faster with a car, which gives a warning, and therefore the driver can respond immediately. Based on the measured data, it can be stated that the intelligent car helps its driver to get out of its vehicle in a significantly better physiological state. This means that he will be able to perform with significantly better intellectual activity during important negotiations. Mercedes-Benz The best or nothing.