Mobile base station calibration and recalibration
Disclosed is an approach for recalibrating a mobile base station (MBS) after it has moved to a non-survey location by determining a satellite-signal-accurate (SSA) location for the mobile base station based on GPS signals received by the mobile base station and further determining a near-survey-accurate (NSA) location for the mobile base station based on the determined SSA location for the mobile base station and applying an offset calculated by the navigational vehicle based on relatively fixed objects for which near-survey-accurate locations are known.
1. A method for recalibrating a mobile base station communicatively coupled to an autonomous vehicle, the method comprising:
determining a satellite-signal-accurate (SSA) location for the mobile base station based on GPS signals received by the mobile base station; and
determining a near-survey-accurate (NSA) location for the mobile base station based on the determined SSA location for the mobile base station and applying an offset calculated by the navigational vehicle.
2. The method of claim 1 , wherein the offset calculated by the navigational vehicle is based on a difference between a satellite-signal-accurate (SSA) location determined for the navigational vehicle based on GPS signals received by the navigation vehicle, and a near-survey-accurate (NSA) location determined for the navigational vehicle.
3. The method of claim 2 , wherein the near-survey-accurate (NSA) location determined for the navigational vehicle is based on the navigational vehicle sensing the relative locations of a plurality of objects each having a known near-survey-accurate (NSA) location.
4. The method of claim 3 , wherein the known near-survey-accurate (NSA) location for each object from among the plurality of objects was previously calculated based on a direct-survey-accurate (DSA) location.
5. The method of claim 4 , wherein the known near-survey-accurate (NSA) location for each object from among the plurality of objects was previously calculated by the navigational vehicle or by a second navigational vehicle.
6. The method of claim 5 , wherein a subset of objects from among the plurality of objects comprises dynamic objects.
7. The method of claim 6 , wherein the dynamic objects are solar panels and posts.
8. A system for recalibrating a mobile base station communicatively coupled to an autonomous vehicle, the system comprising at least one subsystem configured for:
determining a satellite-signal-accurate (SSA) location for the mobile base station based on GPS signals received by the mobile base station; and
determining a near-survey-accurate (NSA) location for the mobile base station based on the determined SSA location for the mobile base station and applying an offset calculated by the navigational vehicle.
9. The system of claim 8 , wherein the offset calculated by the navigational vehicle is based on a difference between a satellite-signal-accurate (SSA) location determined for the navigational vehicle based on GPS signals received by the navigation vehicle, and a near-survey-accurate (NSA) location determined for the navigational vehicle.
10. The system of claim 9 , wherein the near-survey-accurate (NSA) location determined for the navigational vehicle is based on the navigational vehicle sensing the relative locations of a plurality of objects each having a known near-survey-accurate (NSA) location.
11. The system of claim 10 , wherein the known near-survey-accurate (NSA) location for each object from among the plurality of objects was previously calculated based on a direct-survey-accurate (DSA) location.
12. The system of claim 11 , wherein the known near-survey-accurate (NSA) location for each object from among the plurality of objects was previously calculated by the navigational vehicle or by a second navigational vehicle.
13. The system of claim 12 , wherein a subset of objects from among the plurality of objects comprises dynamic objects.
14. The system of claim 13 , wherein the dynamic objects are solar panels and posts.
15. A non-transitory computer-readable medium comprising computer-executable instructions for recalibrating a mobile base station communicatively coupled to an autonomous vehicle, the computer-executable instructions comprising instructions for:
determining a satellite-signal-accurate (SSA) location for the mobile base station based on GPS signals received by the mobile base station; and
determining a near-survey-accurate (NSA) location for the mobile base station based on the determined SSA location for the mobile base station and applying an offset calculated by the navigational vehicle.
16. The computer-readable instructions of claim 15 , further comprising instructions whereby the offset calculated by the navigational vehicle is based on a difference between a satellite-signal-accurate (SSA) location determined for the navigational vehicle based on GPS signals received by the navigation vehicle, and a near-survey-accurate (NSA) location determined for the navigational vehicle.
17. The computer-readable instructions of claim 16 , further comprising instructions whereby the near-survey-accurate (NSA) location determined for the navigational vehicle is based on the navigational vehicle sensing the relative locations of a plurality of objects each having a known near-survey-accurate (NSA) location.
18. The computer-readable instructions of claim 17 , further comprising instructions whereby the known near-survey-accurate (NSA) location for each object from among the plurality of objects was previously calculated based on a direct-survey-accurate (DSA) location.
19. The computer-readable instructions of claim 18 , further comprising instructions whereby the known near-survey-accurate (NSA) location for each object from among the plurality of objects was previously calculated by the navigational vehicle or by a second navigational vehicle.
20. The computer-readable instructions of claim 19 , further comprising instructions whereby a subset of objects from among the plurality of objects are dynamic objects, and whereby a subset of dynamic objects from among the dynamic objects comprise at least one solar panel and post.