Abstract
Only recently, smart cities are taking shape, thanks to the rapid development of Internet of Things (IoT), cloud computing, and other similar technologies. Given the high demands placed on advanced technologies such as autonomous driving, cloud data services, and high-precision sensors, smart cities are creating an intelligent transportation environment conducive to the introduction of autonomous vehicles (AVs). In this context, the use of AVs in transportation is also considered a form of transportation innovation. As a result, AVs are considered more favorable to people interested in new technologies because they appear to be technologically superior. Their association with the most up-to-date technology can serve as a symbol for those who wish to demonstrate their interest in new technologies through their appearance. The positive image of technological innovation projected by AVs may influence their acceptance among technology enthusiasts to a significant degree. In this context, this study investigates the effects of perceived advantage, perceived risk, and perceived safety on the intention to use autonomous vehicles. For this purpose, data were collected from vehicle users living in Turkey by survey method. Secondly, factor analyses and regression analyses were performed with the data set obtained from 611 participants. As a result of the analyses, it has been determined that the perceived advantage and perceived security increase the intention to use autonomous vehicles. In contrast, the perceived risk reduces this intention to use. According to these results, recommendations were made to the companies about the level of acceptance of this technology by the users to assess their investments in autonomous vehicles better.
Highlights
autonomous vehicles (AVs) will become part of our roadways soon, much as the vehicle’s introduction did, and this will significantly transform how we get around in cities
We investigated the effects of perceived advantage, perceived risk, and perceived safety on the intention to use autonomous vehicles
Because smart cities place high demands on advanced technologies such as autonomous driving, cloud data services, and high-precision sensors, they foster an intelligent transportation environment that facilitates the emergence of AVs
Summary
AVs will become part of our roadways soon, much as the vehicle’s introduction did, and this will significantly transform how we get around in cities. At this point, it is unclear what the future will look like. AVs are expected to deliver several benefits, such as fewer traffic accidents, fewer vehicle maintenance costs, lower fuel prices, and less pollution [1]. The transportation sector is currently in a state of fast transition in this direction. It is predicted that autonomous vehicles will have a significant impact on future transportation systems and will garner much attention [3]
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