The potential benefits of autonomous vehicles, including safety, convenience, fuel economy,
and low emissions can only be achieved when consumers are comfortable with the vehicle …

Autonomous vehicle research has been prevalent for well over a decade but only recently
has there been a small amount of research conducted on the human interaction that occurs …

Autonomous vehicle (AV) technology has brought a shift in the traditional role of the driver.
This paper applies a user-centred design approach to designing a new AV interior to better …

In this article, the public perception and acceptance of novel vehicle technologies–
autonomous driving (AD) and connected driving (CD)–is investigated. Following a multistep …

The technology for autonomous vehicles (AVs) has been advancing rapidly and is expected
to cause systematic changes in our modes of travel. An increasing number of studies have …

Autonomous cars are undergoing rapid development. In order to gain acceptance and
adoption, there is a need to understand how users will respond to the technology, and what …

The design of road-vehicle systems has a crucial impact on the driver's user experience. A
post-market trial-and-error approach of the product is not acceptable, as the cost of failure …

Despite numerous studies on general human–robot interactions, in the context of
transportation, automated vehicle (AV)–human driver interaction is not a well-studied …

Future autonomous vehicle systems will be diverse in design and functionality because they
will be produced by different brands. It is possible these brand differences yield different …

Successful dissemination of a new technology requires broad acceptance in society. This is
no different with autonomous vehicles. Despite the benefits that autonomous driving …