2016
DOI: 10.1016/j.aap.2016.07.003
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Does assisted driving behavior lead to safety-critical encounters with unequipped vehicles’ drivers?

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Cited by 16 publications
(3 citation statements)
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“…We investigated the effectiveness of an in-vehicle display that provided real-time information about the approach speed and direction of another road user at intersections. In this research, two driving simulators were connected so that the participant encountered a human experimenter in the same virtual world, an approach that is relatively rare but gaining popularity in human factors research (Hancock and De Ridder, 2003;Lehsing et al, 2015;Muehlbacher et al, 2014;Oeltze and Schiebl, 2015;Preuk et al, 2016). This linked-simulator method allowed for realistic behaviours of the road users, while retaining adequate control over the intersection situations.…”
Section: Discussionmentioning
confidence: 99%
“…We investigated the effectiveness of an in-vehicle display that provided real-time information about the approach speed and direction of another road user at intersections. In this research, two driving simulators were connected so that the participant encountered a human experimenter in the same virtual world, an approach that is relatively rare but gaining popularity in human factors research (Hancock and De Ridder, 2003;Lehsing et al, 2015;Muehlbacher et al, 2014;Oeltze and Schiebl, 2015;Preuk et al, 2016). This linked-simulator method allowed for realistic behaviours of the road users, while retaining adequate control over the intersection situations.…”
Section: Discussionmentioning
confidence: 99%
“…The current approach with ADAS is generally based on fixed rules of design, which make it difficult to accommodate for very different individual driving styles. There tends to be high variability in driving styles on the road, with factors such as age, gender, culture, personal traits and the history of exposure to various driving styles [4, 5], and this results in two important limitations which may result in such ADAS devices not providing the benefits they intend to deliver: (i) drivers may not accept and use such technology, not being able to adapt to their driving style and with the risk of bothering other road users [6] and (ii) this might result in assisted drivers driving in a unpredictable way by other road users, and this could result in new safety critical conflicts, as highlighted in the research by Preuk et al [7]. This is largely due to the fact that what drivers expect to happen is a large factor in how they react, and prepare to react [8–10], and this has been shown to be a contributing factor to rear‐end crashes at signalised intersections [11].…”
Section: Introductionmentioning
confidence: 99%
“…Esses fatores, aliados à uma infraestrutura de abastecimento renovável, contribuirá para uma mobilidade urbana mais sustentável (ANDERSON et al, 2016, HANNON et al, 2016 HÖRL; CIARI; AXHAUSEN, 2016; APPLEYARD; RIGGS, 2017; PERKINS+WILL, 2018). TILLEMA et al, VLAKVELD et al, 2015;WEYER;FINK;ADELT, 2015;ANDERSON et al, 2016;BCG, 2016;GUERRA, 2016;LITMAN, 2016;MADIGAN et al, 2016;PARKIN et al, 2016;PREUK et al, 2016;VISSERS et al, 2016;ZEEB;BUCHNER;SCHRAUF, 2016;ERTRAC, 2017;PARKIN et al, 2017). Shoup (1997Shoup ( , 1999Shoup ( , 2005 argumentou que os planejadores urbanos se equivocaram quanto ao entendimento da oferta de estacionamento e os efeitos dos seus requisitos mínimos.…”
Section: Veículos Elétricosunclassified