Abstract: A method and apparatus for processing vehicle-road collaboration information are provided. The method includes: receiving road-end sensing information of a to-be-tested vehicle and route information of the to-be-tested vehicle; fusing preset map data based on the road-end sensing information and the route information, to generate a visualized scenario of the to-be-tested vehicle; receiving vehicle-end information and traffic control information when the to-be-tested vehicle travels on a route corresponding to the route information; extracting dynamic change data in the road-end sensing information and the vehicle-end information; and presenting traffic prompt information in the visualized scenario based on the dynamic change data and the traffic control information.

Abstract: A method, an apparatus and a device for scheduling unmanned vehicles and a storage medium provided by the present disclosure, by receiving a scheduling request including a car-hailing order through a scheduling management platform, scheduling an unmanned vehicle from a resource pool of unmanned vehicles according to the scheduling request, generating an order task according to the car-hailing order and allocating the order task to the unmanned vehicle, makes the unmanned vehicle to operate according to the order task. The present disclosure does not require the unmanned vehicle to be directly jointed into network car-hailing operator platforms, thereby avoiding scheduling failure led by unmanned car receiving different orders at the same time, and achieving quick and safe scheduling management of unmanned vehicles.