Method and device for creating a map
A method and a device are described for creating a map, including a step of receiving a signal, the signal representing a determination of the position of a vehicle in an area, and the signal including an analysis of the position determination, a step of determining a surface state in the area, based on the analysis and as a function of the position determination, a step of creating a map based on the surface state, the map representing at least the area, and a step of providing the map.
1. A method for creating a map, the method comprising:
receiving a signal representing a position determination of a vehicle in an area and including an analysis of the position determination;
determining a surface state in the area based on the analysis and as a function of the position determination;
creating a map based on the surface state, the map representing at least the area; and
providing the map;
wherein the determining of the surface includes at least one of:
performing a comparison of the analysis to at least one reference analysis,
performing the comparison as a function of at least one of a time of day and a time of year of the position determination, and
detecting an instantaneous temperature of the area, and
wherein the map includes multiple map layers, including one map layer showing a map from a bird's-eye view, including a position of streets, buildings, and/or landscape features, a further map layer that includes a radar and/or LIDAR map of surroundings data values that are encompassed by the radar and/or LIDAR map being stored with a radar and/or LIDAR signature, and a surface-state map layer that includes surface states of a road.
2. The method as recited in claim 1 , wherein the surface state in the area is in the form of friction coefficients and/or in a description of the surface state.
3. The method as recited in claim 1 , wherein the providing of the map takes place so that vehicle and at least one other vehicle are operated as a function of the map.
4. The method as recited in claim 1 , wherein the analysis of the position determination includes determining an intensity of a locating signal that is detected for determining a position of the vehicle.
5. A device for creating a map, comprising:
a first element for receiving a signal representing a position determination of a vehicle in an area and including an analysis of the position determination;
a second element for determining a surface state in the area based on the analysis and as a function of the position determination;
a third element for creating a map based on the surface state, the map representing at least the area; and
a fourth element for providing the map;
wherein the determining of the surface includes at least one of:
performing a comparison of the analysis to at least one reference analysis,
performing the comparison as a function of at least one of a time of day and a time of year of the position determination, and
detecting an instantaneous temperature of the area, and
wherein the map includes multiple map layers, including one map layer showing a map from a bird's-eye view, including a position of streets, buildings, and/or landscape features, a further map layer that includes a radar and/or LIDAR map of surroundings data values that are encompassed by the radar and/or LIDAR map being stored with a radar and/or LIDAR signature, and a surface-state map layer that includes surface states of a road.
6. The device as recited in claim 5 , wherein the surface state in the area is in the form of friction coefficients and/or in a description of the surface state.
7. The device as recited in claim 5 , wherein the providing of the map takes place so that the vehicle and at least one other vehicle are operated as a function of the map.
8. The method as recited in claim 5 , wherein the analysis of the position determination includes determining an intensity of a locating signal that is detected for determining a position of the vehicle.