Biotechnological Applications of Grating Array Vibration Technology for Monitoring Operational Integrity in Bioinformatics and Biomedical Infrastructure

Abstract

This study explores the application of grating array vibration sensing technology for monitoring operational integrity in biotechnology and biomedical infrastructure. The research investigates whether the wind-induced vibration of optical cables used in critical biotechnological and bioinformatics systems aligns with the string vibration model, providing insights into structural stability and operational efficiency. Advanced data processing methods are employed to demodulate the frequency and standing wave half wavelength of vibration signals, ensuring precise and actionable monitoring. Experimental results confirm that the wind-induced vibration of optical cables conforms to string vibration theory. The vibration data, collected under varying tension values and exciter frequencies, demonstrate consistent and characteristic patterns, accurately demodulating the frequency and standing wave parameters. This reliable sensing approach offers enhanced monitoring capabilities, critical for maintaining the stability and operational efficiency of optical cables in biotech infrastructure. The innovations proposed in this research contribute to advancing monitoring technologies for bioinformatics and biomedical applications, ensuring stable and efficient operation of critical communication networks and data systems. By integrating grating array vibration sensing into biotechnology infrastructure, this study provides a robust framework for ensuring reliability, optimizing performance, and supporting commercialization in biotechnology and life sciences industries.