Design and Implementation of an Integrated and Autonomously Controllable Metal Detection System

This paper presents an integrated and autonomously controllable metal detection system. Throughout the research, a combination of theoretical analysis, simulation modeling, and experimental validation has been employed as methodological tools to comprehensively evaluate the system’s performance in real-world scenarios, with particular emphasis on its stability and accuracy under dynamic operating conditions. A series of rigorous tests and data analyses demonstrate that the designed system not only maintains robust operational stability across complex and variable application environments but also achieves high precision in localization.