Real-Time FPGA-Based Strain Monitoring System

An FPGA-based strain monitoring system for real-time data acquisition and visualization in structural health monitoring is presented in this paper. The system supports serial communication for MATLAB-based analysis and independent onboard visualization by integrating the MAX10 FPGA, KYOWA strain gauges, and a custom signal conditioning unit. Experiments with different loading scenarios showed excellent accuracy and dependability. The suggested system demonstrates the potential of FPGA technology for realtime structural analysis while providing a scalable and affordable solution.