Systems and methods for precise location determination for a user equipment

A non-transitory computer-readable medium, storing a plurality of processor-executable instructions to:

• receive a set of signals from a plurality of satellites;
• determine a first set of pseudoranges based on the received set of signals, wherein each pseudorange of the first set of pseudoranges is associated with a particular satellite of the plurality of satellites;
• determine a coarse location for each pseudorange, of the first set of pseudoranges, based on the first set of pseudoranges;
• determine a set of correction values for each pseudorange, of the first set of pseudoranges, based on the coarse location;
• apply the set of correction values to the first set of pseudoranges to obtain a second set of pseudoranges;
• determine, based on one or more artificial intelligence/machine learning (“AI/ML”) models, a third set of pseudoranges based on the second set of pseudoranges;
• identify a set of sensor data associated with a device;
• modify the third set of pseudoranges based on the sensor data to obtain a fourth set of pseudoranges;
• and
• determine a precise location of the device based on the fourth set of pseudoranges.

A method, comprising:

• receiving, by a device, a set of signals from a plurality of satellites;
• determining a first set of pseudoranges based on the received set of signals, wherein each pseudorange of the first set of pseudoranges is associated with a particular satellite of the plurality of satellites;
• determining a coarse location for each pseudorange, of the first set of pseudoranges, based on the first set of pseudoranges;
• determining a set of correction values for each pseudorange, of the first set of pseudoranges, based on the coarse location;
• applying the set of correction values to the first set of pseudoranges to obtain a second set of pseudoranges;
• determining, based on one or more artificial intelligence/machine learning (“AI/ML”) models, a third set of pseudoranges based on the second set of pseudoranges;
• identifying a set of sensor data associated with the device;
• modifying the third set of pseudoranges based on the sensor data to obtain a fourth set of pseudoranges;
• and
• determining a precise location of the device based on the fourth set of pseudoranges.