Autonomous vehicles use sensing and communication technologies to navigate safely and
efficiently with little or no input from the driver. These driverless technologies will create an …

Vehicle automation, along with vehicle electrification and shared mobility, may transform the
existing transportation if they are handled properly. However, they may create unintended …

Automated vehicles (AVs) may enter the consumer market with various stages of automation
in 10 years or even sooner. Meanwhile, regional planning agencies are envisioning plans …

With the development of vehicle automation and sharing economy, a mix of human-driven
and autonomous vehicles can be expected in the next few decades, which means the …

In recent years, the issue of consumer acceptance of self-driving cars has come to the
forefront of interest among policymakers, researchers and automotive industry experts …

The driver-specific data available from naturalistic driving studies provide a unique
perspective from which to test and calibrate car-following models. As equipment and data …

The 2009 US National Household Travel Survey (NHTS) contains detailed data on
individual vehicle trips. This paper demonstrates several useful statistics from the NHTS …

With the development of increasingly automated vehicles (AVs) comes the increasingly
difficult challenge of comprehensively validating these for acceptable, and ideally beneficial …

Research on attitudes towards autonomous vehicles (AVs) shows variation across gender,
age, and socio-economic factors. While previous research has emphasized specific features …

This report explores the impacts of autonomous (also called self-driving, driverless or
robotic) vehicles, and their implications for various planning issues. It investigates how …