Optimised data synchronisation methods for continuous force calibration

Abstract

This paper explores optimised data synchronisation methods, particularly automated techniques, for continuous force calibration developed within the ComTraForce project. Through rigorous experimentation and analysis, the study demonstrates the efficacy of resampling and synchronisation methodologies in enhancing calibration precision. Results indicate significant improvements in accuracy and reliability, particularly in the context of continuous force calibration applications. Additionally, uncertainty analysis approaches are discussed to provide insights into synchronisation error assessment. The findings underscore the importance of advanced synchronisation methods in achieving reliable calibration outcomes in continuous force testing environments.