Frequency analysis of MUSE signal.

Analogue Signal Predictor: Frequency-Domain Analysis

Predictors are employed to estimate the future states of a system that have many engineering applications, e.g. speech signal processors, process controllers, simulators of mechanical movements, etc. Common predictors are based on digital methods and consequently need digital processing equipment. In some cases, e.g. prediction on a real time scale and fast control, digital techniques appear ra...

Signal Analysis by Time-Frequency Methods

Time-Frequency Signal Analysis Using Teager Energy

Time-frequency Techniques in Biomedical Signal Analysis

Objectives: This review outlines the method ological fundamentals of the most frequently used non-parametric time-frequency analysis techniques in biomedicine and their main properties, as well as providing decision aids concerning their applications. Methods: The short-term Fourier transform (STFT), the Gabor transform (GT), the S-transform (ST), the continuous Morlet wavelet transform (CMWT),...

Nonlinear Signal Analysis: Time-Frequency Perspectives

Recently, there has been growing utilization of time-frequency transformations for the analysis and interpretation of nonlinear and nonstationary signals in a broad spectrum of science and engineering applications. The continuous wavelet transform and empirical mode decomposition in tandem with Hilbert transform have been commonly utilized in such applications, with varying success. This study ...