Introduction: It is understood that the first bus covering 5G is officially in the testing stage. By relying on the transmission of 5G network, the bus has high reliability and low latency. Supported by new technologies such as intelligent algorithms, it accurately bypasses obstacles and automatically adjusts the forward speed.
Recently, it is understood that the first bus covering 5G is officially in the testing stage. By relying on the transmission of 5G network, the bus has high reliability and low latency, and it can be used in vehicle laser radar for all-round detection and on-board computer. Under the support of new technologies such as artificial intelligence algorithms, the obstacles are accurately bypassed and the forward speed is automatically adjusted.
According to the relevant person in charge, this truly unmanned bus can accommodate up to 12 people and has a maximum speed of 20 kilometers per hour. It is pure electric driving and can achieve pedestrian avoidance under unmanned operation. , vehicle detection, acceleration and deceleration, emergency stop, obstacle bypass, lane change, automatic stop by station, turning lights on and off.
can achieve such intelligent operation, thanks to its advanced technology of high-reliability and low-latency 5G network and artificial intelligence recognition in the background - it integrates precision industrial control machine, vehicle Integrated wiring, CAN network, distributed laser radar and other technologies, through the collection and analysis of the road environment, using 5G network for grading decision, can react to other vehicles, pedestrians, obstacles and emergencies in real time, and operate the vehicle avoid.
It is reported that during the entire driving process of the vehicle, the vehicle will respond accordingly according to the road conditions. When the vehicle travels to the corner, the vehicle automatically turns to adjust the direction. When the stop is docked, the turn signal will be turned on in advance to change lanes. At the same time, the vehicle will constantly detect surrounding obstacles and moving objects, and automatically implement the operation of the brakes, emergency brakes, and avoidance according to the condition of the obstacles to ensure safe driving.