Measurement Processing Device Interrupt Overhead Reduction

The patent extracts the interrupt processing mechanism from the measurement data acquisition system and replaces it with a continuous sampling approach. The measurement controller continuously samples measurement data without being interrupted by encoder pulse events, thereby eliminating the overhead associated with interrupt processing while maintaining the ability to accurately associate measurement points with position information through timestamp correlation.

The patent introduces a timestamp as an intermediary element that mediates between the measurement data and position information. By attaching timestamps to measurement data and correlating them with position information from the encoder, the system can accurately determine measurement points without requiring interrupt processing, thus resolving the contradiction between accuracy and sampling speed.

The patent implements continuous sampling of measurement data without interruption, allowing the measurement controller to operate at high sampling speeds continuously. This eliminates the periodic interruptions caused by interrupt processing, enabling sustained high-speed data acquisition that would be difficult to achieve with a general-purpose controller handling frequent interrupt events.

The patent replaces the interrupt-driven mechanical control mechanism with a continuous software-based sampling mechanism. By using timestamp correlation and continuous data buffering, the system achieves high-speed measurement data recording without relying on the overhead-intensive interrupt handling capabilities of general-purpose controllers.