Real-time 3D topology mapping for deterministic RF signal delivery

1. A method, comprising:

establishing, by a first data communication node, a first data connection with a user equipment device within a first RF coverage area associated with the first data communication node, the first data communication device including a first imaging device;

providing, by the first imaging device, first image information for the first RF coverage area;

establishing, by a second data communication node, a second data connection with a user equipment device within a second RF coverage area associated with the second data communication node, wherein the second RF coverage area at least partially overlaps the first RF coverage area, the second data communication device including a second imaging device;

providing, by the second imaging device, second image information for the second RF coverage area;

providing, by a third imaging device, third image information for the first RF coverage area and the second RF coverage area;

receiving, by an information handling system coupled to the first data communication node, the second data communication node, and to the third imaging device, the first, second, and third image information;

synthesizing a 3D map of the first RF coverage area and the second RF coverage area based upon the first, second, and third image information;

determining a first location of the user equipment device within the first RF coverage area based upon the first, second, and third image information;

receiving first coverage information from the first data communication node;

receiving second coverage information from the second data communication node;

correlating the first coverage information and the second coverage information with the 3D map to generate a coverage map of the first RF coverage area and the second coverage area;

predicting a first obstacle that degrades the first data connection within the first RF coverage area based upon the coverage map;

detecting that the user equipment device has moved to a second location where the first obstacle degrades the first data connection; and

directing the second data communication node to establish a third data connection with the user equipment device within the first RF coverage area in response to detecting that the user equipment device has moved to the second location.

2. The method of claim 1 , wherein in degrading the first data connection, the first obstacle attenuates an RF signal of the first data connection.

3. The method of claim 1 , wherein the first coverage information includes a radio frequency signal intensity map for the first data communication node within the first RF coverage area.

4. The method of claim 3 , wherein the first coverage information further includes at least one of a default beamforming setting for the first data communication node, a coverage angle for the first data communication node, and a radio frequency signal power setting for the first data communication node.

5. The method of claim 1 , wherein the coverage map predicts a second obstacle to the second data connection within the second RF coverage.

6. The method of claim 5 , wherein the second obstacle is different from the first obstacle.

7. The method of claim 1 , further comprising:

providing, by the first data communication node a beamforming signal to the user equipment device, the beamforming signal targeted to the first location.

8. The method of claim 7 , further comprising:

determining, by the information handling system, that the user equipment device has moved to a third location within the first RF coverage area based upon the first, second, and third image information; and

directing the first data communication node to provide a second beamforming signal to the user equipment device, the second beamforming signal targeted to the third location.

9. A data communication network, comprising:

a first data communication node configured to establish a first data connection with a user equipment device within a first RF coverage area associated with the first data communication node, the first data communication node including a first imaging device configured to provide first image information for the first RF coverage area;

a second data communication node configured to establish a second data connection with the user equipment device within a second RF coverage area associated with the second data communication node, the second data communication node including a second imaging device configured to provide second image information for the second RF coverage area, wherein the second RF coverage area at least partially overlaps the first RF coverage area;

a third imaging device configured to provide third image information for the first RF coverage area and the second RF coverage area; and

an information handling system coupled to the first data communication node, the second data communication node, and to the third imaging device, wherein the information handling system is configured to receive the first image information, the second image information, and the third image information, to synthesize a 3D map of the RF coverage area based upon the first image information, the second image information, and the third image information, to determine a first location of the user equipment device within the first RF coverage area based upon the image information, to receive first coverage information from the first data communication node, to receive second coverage information from the second data communication node, to correlate the first coverage information and the second coverage information with the 3D map to generate a coverage map of the first RF coverage area and the second RF coverage area, wherein the coverage map predicts an obstacle that degrades the data connection within the first RF coverage area, to detect that the user equipment device has moved to a second location where the first obstacle degrades the first data connection, and to direct the second data communication node to establish a third data connection with the user equipment device within the first RF coverage area in response to detecting that the user equipment device has moved to the second location.

10. The data communication network of claim 9 , wherein in degrading the first data connection, the first obstacle attenuates an RF signal of the first data connection.

11. The data communication network of claim 10 , wherein the first coverage information further includes at least one of a default beamforming setting for the first data communication node, a coverage angle for the first data communication node, and a radio frequency signal power setting for the first data communication node.

12. The data communication network of claim 9 , wherein the first coverage information includes a radio frequency signal intensity map for the first data communication node within the first RF coverage area.

13. The data communication network of claim 9 , wherein the coverage map predicts a second obstacle to the second data connection within the second RF coverage area.

14. The data communication network of claim 13 , wherein the second obstacle is different from the first obstacle.

15. The data communication network of claim 9 , wherein, in establishing the first data connection, the first node is further configured to provide a beamforming signal to the user equipment device, the beamforming signal targeted to the first location.

16. The data communication network of claim 15 , wherein:

the information handling system is further configured to determine that the user equipment device has moved to a third location within the first RF coverage area based upon the image information, and to direct the first data communication node to provide a second beamforming signal to the user equipment device, the second beamforming signal targeted to the third location.