Location Accuracy via Wireless Client Intermediary

The patent introduces a wireless communication client as an intermediary to obtain precise location information. Instead of directly using network address correspondence, the system uses the wireless client's positioning capabilities (GPS, base station triangulation) to get accurate location data, then correlates this with the network address. This intermediary approach resolves the contradiction by providing high accuracy while maintaining system simplicity through automated correlation.

The patent segments the location acquisition process into two independent parts: (1) obtaining precise location through wireless communication client positioning, and (2) correlating with network address information. This segmentation allows each component to specialize - the wireless client provides accuracy while the network address provides simplicity - and resolves the contradiction by combining their strengths.

The wireless communication client serves multiple functions: it provides precise positioning information, maintains network connectivity, and enables data communication. By making the wireless client multi-functional, the system avoids adding separate positioning hardware, thus improving location accuracy without significantly increasing overall system complexity.

The wireless communication client autonomously performs positioning operations using its built-in capabilities (GPS receiver, base station triangulation). It self-generates location data without requiring external positioning equipment or complex additional systems. This self-service approach enables high accuracy while minimizing system complexity.