Wireless surface acoustic wave (SAW) sensors have some unique features that make them
promising for industrial metrology. Their decisive advantage lies in their purely passive …

In this paper, an adaptive filter, based on a third-order generalized integrator, is proposed to
estimate all the parameters of a biased sinusoid. The averaging theory is used to prove that …

One-dimensional (1-D) and two-dimensional (2-D) frequency estimation for a single
complex sinusoid in white Gaussian noise is a classic signal processing problem with …

Passive wireless surface acoustic wave (SAW) resonant sensors are suitable for
applications in harsh environments. The traditional SAW resonant sensor system requires …

We propose a single-tone frequency estimator of a one-dimensional complex signal in
complex white Gaussian noise. The estimator is based on the subspace approach and the …

An algorithm for estimation of direction of arrival (DOA) based on QR decomposition is
proposed for coherent signals in this paper. When coherent is present, the rank of the signal …

To solve the frequency estimation deterioration caused by independent and identically
distributed (iid) noise, this letter proposes an exact and robust frequency estimation …

The resolution of the integer phase ambiguity among a group of spatially separated sensors
is considered, where the smallest inter-sensor spacing exceeds half wavelength (λ/2) of a …

Phase unwrapping is one of the frequency estimation methods, which performs linear
regression (LR) on the unwrapped phase of the single sinusoid signal. The least squares …

Although many frequency estimation methods are available, few are designed for high-
quality speech and audio processing systems, which typically use the modified discrete …