Revolutionizing Object Detection and Speed Measurement with Spiral Spectrum Analysis

Our research aims to revolutionize how we utilize an object's spiral spectrum for enhanced object detection and speed measurement. By leveraging both amplitude and phase information, we can achieve significant advancements in these areas. The amplitude information within the spiral spectrum allows us to accurately identify rotating objects, effectively distinguishing them from stationary or irregularly moving entities. Meanwhile, the phase information provides crucial insights into the object's motion, enabling us to precisely determine its rotational speed. This innovative approach holds immense potential across diverse fields, including robotics, automation, and video analysis, where accurate object detection and speed measurement are critical.