1. A computer implemented method for automatically tracking positions of specific, uniquely identified mobile objects to improve object resolution in a real time simultaneous display of multiple mobile objects in specific sub-areas of a facility area on a GUI comprising the steps of: measuring approximate respective distances of respective mobile objects from respective potentially occupiable specific sub-areas by: providing a wireless signal processing network; providing individual identifying tags on respective mobile objects which tags at least one of transmit and transceive wireless signals between the tag and the network; mapping and providing a neighbour table/graph of object reference points associated with sub-areas which object reference points at least one of receive and transceive wireless signals between the reference point and the network; mapping and providing a neighbour table/graph of object reference points associated with sub-areas which object reference points at least one of receive and transceive wireless signals between the reference point and the network; partitioning the sub-areas and their associated reference points (by non-contiguous portions of the neighbour table) into respective sets/islands of sub-areas and reference points; providing a predetermined table of adjusted values assigned to respective values of potential signals received by the network; measuring values of signals received at one of respective reference points and at a mobile object and translating them into adjusted values as determined by the table of adjusted values; totalling adjusted values of signals associated with reference points on respective neighbour islands and anchoring/associating the mobile object to the neighbour island with the highest adjusted value total as the primary neighbour island unless totals are equal in which case the reference point having the highest adjusted value of all neighbour reference points is selected as a primary reference point; measuring a first distance from the mobile object of a closest, primary reference point in the primary neighbour island as determined by the reference point of the highest adjusted signal value; measuring a second distance from the mobile object of a next closest, secondary associated reference point neighbouring the primary reference point (in the primary neighbour island) being the reference point of the next highest adjusted signal value; measuring a line segment/vector extending between the primary reference point and the secondary reference point; placing the mobile object on the line segment/vector spaced apart from the primary reference point by a distance determined by an empirically generated rule-base system based on both of the mobile object's distance from the primary reference point and the mobile object's distance from the secondary reference point and providing that the maximum placement distance from the primary reference point is one half of the total distance between the primary and secondary reference points; and, utilizing the placement for display in the facility area on the GUI.