V2X Intelligent Roadside Collaboration System-中科慧拓英文

Enhanced perception of networked vehicles

Breaking through the limitations of autonomous vehicle-mounted sensor’s limited perception distance and serious vision blocking, the system, which has advantages such as open view and insusceptibility to rough road conditions, can help to significantly solve problems such as short-range blind vision, medium/long-range BVR perception, and a similar problem arising from a non-visual environment, thereby reserving sufficient decision-making and planning time for vehicles. Based on strong roadside perception ability, it can have lower requirements of vehicles for the performance of the sensor and computing platform, thereby cutting down the cost of automatic driving and promoting commercialization.

Complex road right control

Under complex traffic conditions, such as crossings, T-junctions, quarter turn junctions, and intersections without signal lights, the system shares 6D traffic information and the driving intention of vehicles nearby with the driver in real time to assist in making route planning. The system also supports vehicle-level/lane-level road right dispatching, ensuring driving safety and stability, thereby effectively improving driving efficiency.

Real-time monitoring over production environment

Real-time monitoring is conducted over the production environment in open-pit mines, underground mines, industrial parks, ports, etc. to identify and warn against exceptional accidents such as land collapse, landslide, retaining wall collapse, excess surface water, rockfall, congestion, malfunction, and rule-breaking operations, strengthening dynamic monitoring over the production environment.

Intelligent management over parking lots

The occupancy state of the parking area is collected in real time to provide target parking lot information and high-precision route planning for every vehicle to assist it in automatic parking, realizing intelligent and efficient management over parking lots.

V2X Intelligent Roadside Collaboration System

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