Analysis of Dynamic Measurements

The goal of this thesis is to develop a framework for the evaluation of uncertainty in dynamic measurements in metrology that are closely related to the treatment of static measurements. The measurement systems considered are those that can be modelled by a linear and time-invariant (LTI) system since such models cover a wide range of metrological applications. The measured values are the values of the system output signal, whereas the values of the quantity of interest serve as the system input signal. Estimation of the input signal is considered to be carried out by means of digital filtering in the discrete time domain from which inference of the continuous-time signal is sought.