Method and system for aggregation and presentation of electromagnetic field data

A method of estimating electromagnetic fields, comprising:

• receiving a user input of a geographic region, at least one frequency band, and at least one electromagnetic field radiator;
• selecting a transmission model for each electromagnetic field radiator based upon electromagnetic field data for a corresponding electromagnetic field radiator received by the user input;
• selecting at least one propagation model for each electromagnetic field radiator based upon at least one of a propagation path, the at least one frequency band, atmospheric conditions, and a time;
• and
• generating electromagnetic field estimates for each of the at least one electromagnetic field radiator, in the geographic region and in the at least one frequency band, based upon the electromagnetic field data for a respective electromagnetic field radiator, a transmission model for the respective electromagnetic field radiator, and at least one propagation model for the respective electromagnetic field radiator.

A non-transitory computer readable medium storing a program causing a computer to execute a process for estimating electromagnetic radiation, the process comprising:

• receiving a user input of a geographic region, at least one frequency band, and at least one electromagnetic field radiator;
• selecting transmission model for each electromagnetic field radiator based upon electromagnetic field data for a corresponding electromagnetic field radiator received by the user input;
• selecting at least one propagation model for each electromagnetic field radiator based upon at least one of a propagation path, the at least one frequency band, atmospheric conditions, and a time;
• and
• generating electromagnetic field estimates for each of the at least one electromagnetic field radiator, in the geographic region and in the at least one frequency band, based upon the electromagnetic field data for a respective electromagnetic field radiator, a transmission model for the respective electromagnetic field radiator, and at least one propagation model for a respective electromagnetic field radiator.