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  4. Personalisation and Control Transition Between Automation and Driver in Highly Automated Cars
 
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2020
Book Article
Title

Personalisation and Control Transition Between Automation and Driver in Highly Automated Cars

Abstract
The goal for the distant future is fully autonomous vehicles, which can handle every possible situation and change the role of the driver to that of a passenger. On the way to that goal, drivers of highly automated cars will still have to take over the control of the vehicle at the boundaries of the operational domain of the automation. However, several studies show that the driver's ability to take over depends on his current status and activities. As for highly automated cars more activities beyond the actual driving task, like reading and writing emails, will be allowed, the driver might need of assistance from the vehicle automation during the control transition phase. Ironically, the fact that higher levels of automation result in decreased driver responsibilities makes considering the driver in the automation algorithms even more essential. Therefore, this chapter discusses how a human-centred control transition can be designed. Another aspect we also want to discuss is how to adapt the driving of highly automated cars to the passengers in the normal full autonomous driving scenario. Hence, we propose a novel concept of a human-centred highly automated car. First, we present an approach for monitoring and interpreting the driver in the interior and a systematic design of a cooperative control transfer. We further point out the crucial aspects of the implementation of such kind of adaption concepts and present results from various driving studies.
Author(s)
Flad, Michael
Karg, Philipp
Roitberg, Alina
Martin, Manuel  
Fraunhofer-Institut für Optronik, Systemtechnik und Bildauswertung IOSB  
Mazewitsch, Marcus
Lange, Carolin
Kenar, Erdi
Ahrens, Lenne
Flecken, Boris
Kalb, Louis
Karakaya, Burak
Ludwig, Julian
Pruksch, Achim
Stiefelhagen, Rainer  
Hohmann, Sören
Mainwork
Smart Automotive Mobility  
DOI
10.1007/978-3-030-45131-8_1
Language
English
Fraunhofer-Institut für Optronik, Systemtechnik und Bildauswertung IOSB  
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