Methods and systems for determining spectral interference

A system, comprising:

• a non-transitory computer readable medium that stores computer executable instructions;
• at least one processor operably associated with the non-transitory computer readable medium, wherein, when the at least one processor executes the computer executable instructions, the at least one processor is configured to:
• obtain a spectral interference model for a first set of proposed base stations;
• implement the spectral interference model for the first set of proposed base stations to calculate first modeled spectral interference values, wherein each of the first modeled spectral interference values indicates a spectral interference value for a corresponding one of the first set of proposed base stations;
• update the first set of proposed base stations based on the first spectral interference values to obtain a second set of proposed base stations;
• obtain first empirical spectral interference values for a first proper subset of the second set of proposed base stations;
• compare the first empirical spectral interference values with a subset of the first modeled spectral interference values that correspond with the first proper subset of the second set of proposed base stations;
• and
• update the second set of proposed base stations as base stations to be set up based on the comparison.

A non-transitory computer readable medium that stores computer executable instructions, wherein when at least one processor executes the computer executable instructions, the at least one processor is configured to:

• obtain a spectral interference model for a first set of proposed base stations;
• implement the spectral interference model for the first set of proposed base stations to calculate first modeled spectral interference values, wherein each of the first modeled spectral interference values indicates a spectral interference value for a corresponding one of the first set of proposed base stations;
• update the first set of proposed base stations based on the first spectral interference values to obtain a second set of proposed base stations;
• obtain first empirical spectral interference values for a first proper subset of the second set of proposed base stations;
• compare the first empirical spectral interference values with a subset of the first modeled spectral interference values that correspond with the first proper subset of the second set of proposed base stations;
• and
• update the second set of proposed base stations as base stations to be set up based on the comparison.