Systems and methods for managing the coexistence of a gnss receiver and a rat transceiver

A system for managing coexistence of a global navigation satellite system (GNSS) receiver with a radio access technology (RAT) transceiver, the system comprising:

• a coexistence manager configured to:
• receive, from the RAT transceiver, an indication of a characteristic of the RAT transceiver for a scheduled operating event;
• and
• select, a space vehicle of a GNSS to use for a location determination by the GNSS receiver based on the characteristic of the RAT transceiver;
• and
• the GNSS receiver, configured to:
• receive a signal from the space vehicle of the GNSS during the operating event of the RAT transceiver;
• and
• perform the location determination using the signal received from the space vehicle of the GNSS received during the operating event of the RAT transceiver for the operating event.

An apparatus for managing coexistence of a global navigation satellite system (GNSS) receiver with a radio access technology (RAT) transceiver, the apparatus comprising:

• means for receiving, from the RAT transceiver, an indication of a characteristic of the RAT transceiver for a scheduled operating event;
• means for selecting a space vehicle of a GNSS to use for a location determination by the GNSS receiver based on the characteristic of the RAT transceiver for the operating event;
• means for receiving a signal from the space vehicle of the GNSS during the operating event of the RAT transceiver;
• and
• means for performing the location determination using the signal received from the space vehicle of the GNSS received during the operating event of the RAT transceiver.

A non-transitory processor-readable medium for managing coexistence of a global navigation satellite system (GNSS) receiver with a radio access technology (RAT) transceiver, comprising processor-readable instructions configured to cause one or more processors to:

• receive, from the RAT transceiver, an indication of a characteristic of the RAT transceiver for a scheduled operating event;
• select, a space vehicle of a GNSS to use for a location determination by the GNSS receiver based on the characteristic of the RAT transceiver for the operating event;
• receive, a signal from the space vehicle of the GNSS during the operating event of the RAT transceiver;
• and
• perform, the location determination using the signal received from the space vehicle of the GNSS received during the operating event of the RAT transceiver.