5G-MOBIX - Advanced Driving (lane merge, overtaking, collision avoidance, assisted advanced driving)

• Lane merge: perception data shared by vehicles and roadside sensors through ultra-low latency communication channels allows autonomous cars entering highways to build an extra perception layer with real-time information about the environment in the lane to be merged in, increasing the manoeuvre’s safety

• Automated overtaking: when performing an overtaking manoeuvre, 5G technologies provide noninterrupted low latency communications, which allow autonomous vehicles to complement their perception layer with real-time data from other connected cars, even in cross-border environments.

• Cooperative automated operation: last-mile autonomous shuttles operating in interurban areas are likely to constitute a hazard to vulnerable urban users. 5G allows uninterrupted, low-latency communications that enable the vehicle to be notified in real-time of the presence of users at risk of collision.

Website:  www.5g-mobix.com