Mobile Terminal User Behavior Analysis via Position-Function Mapping

The patent segments the user interaction data collection into two distinct layers: position data collection (which can be obtained non-intrusively from any application) and function mapping data (which provides the semantic meaning). This segmentation allows the system to achieve fine-grained analysis by combining position information with function mapping, without requiring intrusive code modifications in each application.

The patent introduces a position-function mapping relationship as an intermediary layer between the raw position data and the final user behavior analysis. This mapping relationship acts as a mediator that translates coordinate information into meaningful function identifiers, enabling fine-grained analysis without direct modification of application codes while maintaining broad compatibility.

The patent extracts the data collection function from the application code itself and places it in a separate, independent data collection system. By obtaining position data through non-intrusive means (such as screen coordinate interception) rather than embedding collection code within each application, the system achieves detailed operation tracking without requiring application modification.

The patent creates a virtual copy of the application interface structure through the position-function mapping relationship. Instead of modifying the actual application code to add tracking functions, the system builds a parallel mapping structure that replicates the functional layout, allowing detailed tracking through coordinate-to-function translation without touching the original application.