We consider the problem of estimating the period of an unknown periodic function observed in additive Gaussian noise sampled at irregularly spaced time instants in a semiparametric setting. To solve this problem, we propose a novel estimator based on the cumulated Lomb-Scargle periodogram. We prove that this estimator is consistent, asymptotically Gaussian and we provide an explicit expression of the asymptotic variance. Some Monte Carlo experiments are then presented to support our claims. Copyright 2008 The Authors. Journal compilation 2008 Blackwell Publishing Ltd
The Lomb-Scargle periodogram was introduced in astrophysics to detect sinusoidal signals in noisy un...
We examine the problem of estimating the periods of interleaved periodic point processes. We are par...
The first part addresses time series which are sampled irregularly along the time axis, as is often ...
We develop a general framework for the frequency analysis of irregularly sampled time series. It is ...
. Motivated by applications to brightness data on periodic variable stars, we study nonparametric me...
The problem discussed is that of estimating the period of a sequence of periodic events when the occ...
The problem discussed in this paper is that of estimating the period of a sequence of periodic event...
We consider nonparametric estimation of the shape of a periodic function with unknown period θ obser...
This paper is concerned with the estimation of the period of an unknown periodic function in Gaussia...
The problem of estimating the period of a periodic point process is considered when the observations...
The problem of estimating the center of symmetry of a symmetric signal in Gaussian white noise is co...
The periodogram is a popular tool that tests whether a signal consists only of noise or if it also i...
The maximizer of the periodogram of a sinusoid in additive noise is known to have optimal asymptotic...
Abstract—We propose a semiparametric approach to funda-mental frequency estimation of an unknown per...
We examine the problem of estimating the periods of interleaved periodic point processes. We are par...
The Lomb-Scargle periodogram was introduced in astrophysics to detect sinusoidal signals in noisy un...
We examine the problem of estimating the periods of interleaved periodic point processes. We are par...
The first part addresses time series which are sampled irregularly along the time axis, as is often ...
We develop a general framework for the frequency analysis of irregularly sampled time series. It is ...
. Motivated by applications to brightness data on periodic variable stars, we study nonparametric me...
The problem discussed is that of estimating the period of a sequence of periodic events when the occ...
The problem discussed in this paper is that of estimating the period of a sequence of periodic event...
We consider nonparametric estimation of the shape of a periodic function with unknown period θ obser...
This paper is concerned with the estimation of the period of an unknown periodic function in Gaussia...
The problem of estimating the period of a periodic point process is considered when the observations...
The problem of estimating the center of symmetry of a symmetric signal in Gaussian white noise is co...
The periodogram is a popular tool that tests whether a signal consists only of noise or if it also i...
The maximizer of the periodogram of a sinusoid in additive noise is known to have optimal asymptotic...
Abstract—We propose a semiparametric approach to funda-mental frequency estimation of an unknown per...
We examine the problem of estimating the periods of interleaved periodic point processes. We are par...
The Lomb-Scargle periodogram was introduced in astrophysics to detect sinusoidal signals in noisy un...
We examine the problem of estimating the periods of interleaved periodic point processes. We are par...
The first part addresses time series which are sampled irregularly along the time axis, as is often ...