Signal sorting and evaluation techniques

A signal sorting system comprising:

• at least one signal receiver configured to receive a plurality of signals;
• a data storage;
• and
• at least one processor coupled to the data storage and configured to execute a process comprising:
• receiving, via the at least one signal receiver, a plurality of data vectors representing the plurality of signals;
• establishing a sparse primary grid over an operation space of the signal receiver, the sparse primary grid including at least one primary cell in which at least one data vector of the plurality of data vectors has been received;
• based on a first number of data vectors received within the primary cell exceeding a first threshold value, establishing a sparse secondary grid within the primary cell, the sparse secondary grid including at least one secondary cell in which one or more data vectors of the at least one data vector have been received;
• based on a second number of data vectors received within the at least one secondary cell exceeding a second threshold value, establishing a first smart object corresponding to the at least one secondary cell;
• and
• associating the one or more data vectors received within the at least one secondary cell with the first smart object.

A method of sorting signals, the method comprising:

• receiving, via a signal receiver, a plurality of data vectors representing a plurality of signals;
• establishing a sparse primary grid over an operation space of the signal receiver, the sparse primary grid including at least one primary cell in which at least one data vector of the plurality of data vectors has been received;
• based on a first number of data vectors received within the primary cell exceeding a first threshold value, establishing a sparse secondary grid within the primary cell, the sparse secondary grid including at least one secondary cell in which one or more data vectors of the at least one data vector have been received;
• based on a second number of data vectors received within the at least one secondary cell exceeding a second threshold value, establishing a first smart object corresponding to the at least one secondary cell;
• and
• associating the one or more data vectors received within the at least one secondary cell with the first smart object.