Accurately determining real time parameters describing vehicle motion based on multiple data sources

A method for determining accurate motion parameters for a vehicle, the method comprising:

• collecting data from a plurality of signal sources, the data comprising motion parameters for a portion of a ride of a vehicle, wherein the plurality of signal sources comprises one or more of local signal sources or external signal sources;
• for each of a plurality of portions of the ride:
• evaluating accuracy of each signal source from the plurality of signal sources;
• dynamically selecting one or more signal sources based on the accuracy of the corresponding signal sources for the portion of the ride;
• determining a set of accurate motion parameters describing the portion of the ride based on data received from the one or more selected signal sources, the set of accurate motion parameters comprising one or more of:
• speed of the vehicle, time duration of the portion of ride, acceleration of the vehicle, and location of the vehicle;
• and
• determining a weighted aggregate value associated with the ride based on the set of accurate motion parameters for the ride.

A non-transitory computer readable storage medium comprising stored instructions, the instructions when executed cause a processor to:

• collect data from a plurality of signal sources, the data comprising motion parameters for a portion of a ride of a vehicle, wherein the plurality of signal sources comprises one or more of local signal sources or external signal sources;
• for each of a plurality of portions of the ride:
• evaluate accuracy of each signal source from the plurality of signal sources;
• dynamically select one or more signal sources based on the accuracy of the corresponding signal sources for the portion of the ride;
• determine a set of accurate motion parameters describing the portion of the ride based on data received from the one or more selected signal sources, the set of accurate motion parameters comprising one or more of:
• speed of the vehicle, time duration of the portion of ride, acceleration of the vehicle, and location of the vehicle;
• and
• determine a weighted aggregate value associated with the ride based on the set of accurate motion parameters for the ride.