Abstract
To establish an appropriate compensation scheme for the response delay of commercially available temperature sensors, a reliable identification theory of the response characteristics of the temperature sensors and an accurate response compensation algorithm are necessary. In this study, a notable defect of the frequency-domain response compensation based on the fast Fourier transform (FFT), which can arise from the discontinuity between the both ends of a discrete time-series data, is rectified using a rotation-translation method during the digital signal processing.
