10. The method of claim 1 , wherein said encoded version of said addresses' lower significant digit latitude and longitude values are further generated by the steps of: obtaining a geographic address; determining the latitude and longitude of said geographic address; obtaining a granularity value; obtaining a precision value; using said granularity value to truncate the higher significant digits of the latitude and longitude of said geographic address, producing a remainder latitude and longitude of said geographic address; using said precision value to truncate or round-off the least significant digits of said remainder latitude and longitude of said geographic address, producing lower significant digits of the latitude and longitude of said geographic address; and encoding said lower significant digits of the latitude and longitude of said geographic address.
10. The method of claim 1 , wherein said encoded version of said addresses' lower significant digit latitude and longitude values are further generated by the steps of: obtaining a geographic address; determining the latitude and longitude of said geographic address; obtaining a granularity value; obtaining a precision value; using said granularity value to truncate the higher significant digits of the latitude and longitude of said geographic address, producing a remainder latitude and longitude of said geographic address; using said precision value to truncate or round-off the least significant digits of said remainder latitude and longitude of said geographic address, producing lower significant digits of the latitude and longitude of said geographic address; and encoding said lower significant digits of the latitude and longitude of said geographic address. 11. The method of claim 10 , wherein said encoding maps said values onto a base encoding scheme between or equal to a base 10 to base 128 base encoding scheme, said encoding scheme further using symbols selected from the printable set of ASCII characters.