Title: Vehicle-to-Vehicle Communication for Autonomous
Vehicles: Safety and Maneuver Planning.
Abstract
vehicles (AVs) have the potential to
transform road transportation by improving safety and increasing traffic/fuel efficiency. Currently, AVs rely primarily on lineof-sight sensing technologies to gather information about their
surroundings. Some of the surrounding objects (e.g., vehicles,
infrastructure, and pedestrians), however, can potentially communicate with the AV to help it create a better digital map of the
world around it. In this work, we quantify the gains vehicle-tovehicle (V2V) communication can provide for AVs. Specifically,
we focus on the safety and maneuver planning of the AVs. Our
preliminary findings indicate that V2V can reduce a significant
fraction of AV collisions. Further, V2V can considerably reduce
the maneuver completion time.