Abstract
Upon the introduction of autonomous vehicles into daily traffic, it becomes increasingly likely that autonomous vehicles become involved in accident scenarios in which decisions have to be made about how to distribute harm among involved parties. In four experiments, participants made moral decisions from the perspective of a passenger, a pedestrian, or an observer. The results show that the preferred action of an autonomous vehicle strongly depends on perspective. Participants’ judgments reflect self-protective tendencies even when utilitarian motives clearly favor one of the available options. However, with an increasing number of lives at stake, utilitarian preferences increased. In a fifth experiment, we tested whether these results were tainted by social desirability but this was not the case. Overall, the results confirm that strong differences exist among passengers, pedestrians, and observers about the preferred course of action in critical incidents. It is therefore important that the actions of autonomous vehicles are not only oriented towards the needs of their passengers, but also take the interests of other road users into account. Even though utilitarian motives cannot fully reconcile the conflicting interests of passengers and pedestrians, there seem to be some moral preferences that a majority of the participants agree upon regardless of their perspective, including the utilitarian preference to save several other lives over one’s own.
Highlights
As autonomous driving technologies constantly improve, the introduction of automated and eventually fully autonomous vehicles into daily traffic for private and commercial uses is in the progress of being realized [1]
Experiment 1a confirms that preferences about the actions of autonomous vehicles in moral dilemmas strongly depend on perspective
With an increasing number of pedestrians who could be saved by sacrificing the passenger, the preference for sacrificing the passenger increased in all groups, suggesting a utilitarian preference for sacrificing one life to save several others
Summary
As autonomous driving technologies constantly improve, the introduction of automated and eventually fully autonomous vehicles into daily traffic for private and commercial uses is in the progress of being realized [1]. Many governments around the world are aware of the economic importance of automated driving and support the development and introduction of autonomous driving technologies [cf 2–4]. The expected improvements to safety, accessibility of transportation, and traffic flow [cf 1, 5] spur the interest in these technologies. Given the high number of annual traffic fatalities [globally about 1,35 million in 2016, 6, United States: 36,560 in 2018, 7, European Union: about 22,800 [estimated] in 2019, 8] and human error as a major cause of accidents [9], the prospect of increased traffic safety [e.g., 1, 5] is one of the most.
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