In have a
pleasure to recall that, in vehicle platooning, multiple cars, buses, and
trucks travel at an aerodynamically efficient distance and drive cooperatively
by maintaining the distance at high speeds. For this purpose, the platooning
system uses advanced
driver assistance systems (ADAS) installed in the
vehicles along with high-end explicit platooning algorithms involving sensor
fusion of radar, LiDAR, and cameras. Wireless connectivity enables
communications among vehicle fleets.
The
vehicles in the platoon automatically synchronize speed and braking actions,
thereby resulting in higher fuel efficiency for all vehicles in the platoon.
It is also indispensable to recall that, in
platooning technology, sensors play a critical role in maintaining distances
between moving vehicles and to detect road conditions and driving scenarios.