Abstract The potential risk of cable-stayed arch-truss damage is large and the damage is undetectable. The damage identification methods based on frequency domain have limitations such as limited data
4800 + 2400 chipless RFID measurements of a population of 16 tags. Magnitude and phase are phase to allow DSP in the time domain. The measurement are made in a monostatic configuration with linearly-p
This dataset contains time-frequency spectrograms of simulated glitches, used in the Razzano & Cuoco 2018 paper (Classical and Quantum Gravity, 25, 9, see reference below). The dataset is divided
Stationarity plays a pivotal role in time series analysis. It is not only the basis for the derivation of general asymptotic theory but it also allows an efficient analysis in the frequency domain via