A METHOD AND AN APPARATUS FOR COMPUTER-IMPLEMENTED ANALYZING OF A ROAD TRANSPORT ROUTE

摘要

The invention refers to a method for computer-implemented analyzing of a road transport route intended to be used for transport of a heavy load (HL) from an origin to a destination. The invention comprises the steps of i) obtaining a number of images (IM) of the transport route (TR), the number of images (IM) being images taken by a drone or satellite camera system, where each of the number of images (IM) comprises a different road section (RS) of the complete transport route (TR) and an peripheral area (PA) adjacent to the respective road section (RS); ii) determining objects (O) and their location in the peripheral area (PA) of the road section (RS) by processing each of the number of images (IM) by a first trained data driven model (MO_1), where the number of images (IM) is fed as a digital input to the first trained data driven model (MO_1) and where the first trained data driven model (MO_1) provides the objects (O), if any, and their location as a digital output; and iii) determining critical objects (CO) from the number of determined objects (O) along the road transport route (TR), the critical objects (CO) being potential obstacles for road transportation due to overlap with the heavy load, by a simulation of the transport along the road transport route (TR) by processing at least those images, as relevant images (RIM), of the number of images (IM) having at least one determined object using a second trained data driven model (MO_2), where the number of relevant images (RIM) is fed as a digital input to the second trained data driven model (MO_2) and the second trained data driven model (MO_2) provides the critical objects (CO).