A new RAND Corporation study suggests that autonomous vehicles will outweigh the likely disadvantages, providing significant social benefits such as decreased crashes, increased mobility, and fuel economy. However, policymakers must address regulatory challenges, liability issues, and privacy concerns.
Researchers at Virginia Tech developed a step-by-step procedure for managing driverless vehicles through intersections, considering factors like location, speed, and acceleration. The proposed system aims to reduce crashes and emissions by keeping vehicles moving and optimizing traffic flow.
Computer scientist Peter Stone is developing a system that enables autonomous cars to coordinate their movements at intersections, reducing stopped traffic. The virtual intersection manager uses AI driver agents to 'call ahead' and reserve space and time, improving safety and efficiency.
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Four unmanned autonomous vehicles designed by Virginia Tech engineering students using TORC Robotic Building Blocks product line will be used by the Marine Corps in Hawaii during the RIMPAC war games. The vehicles are equipped with advanced sensors, perception, planning, and control algorithms to navigate complex environments.
A Virginia Tech researcher is developing a fleet of low-cost, miniature autonomous underwater vehicles (AUVs) to collect elusive environmental data in Hog Island Bay. The AUVs will be equipped with sensors to monitor water parameters and work cooperatively to gather data that can't be collected with traditional methods.