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The SIML filtering method for noisy ...

Kunitomo, Naoto.

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The SIML filtering method for noisy non-stationary economic time series

Record Type:	Electronic resources : Monograph/item
Title/Author:	The SIML filtering method for noisy non-stationary economic time series/ by Naoto Kunitomo, Seisho Sato.
Author:	Kunitomo, Naoto.
other author:	Sato, Seisho.
Published:	Singapore :Springer Nature Singapore : : 2025.,
Description:	x, 118 p. :ill. (some col.), digital ;24 cm.
[NT 15003449]:	Introduction -- Macro Examples and Non-Stationary Errors-in-Variables Model -- The SIML Filtering Method -- Comparing Estimation Methods of Non-stationary Errors-in Variables Models -- Frequency Regression and Smoothing for Noisy Non-stationary Multivariate Time Series.
Contained By:	Springer Nature eBook
Subject:	Macroeconomics - Statistical methods. -
Online resource:	https://doi.org/10.1007/978-981-96-0882-9
ISBN:	9789819608829

The SIML filtering method for noisy non-stationary economic time series
Kunitomo, Naoto.

The SIML filtering method for noisy non-stationary economic time series[electronic resource] /by Naoto Kunitomo, Seisho Sato. - Singapore :Springer Nature Singapore :2025. - x, 118 p. :ill. (some col.), digital ;24 cm. - JSS research series in statistics,2364-0065. - JSS research series in statistics..

Introduction -- Macro Examples and Non-Stationary Errors-in-Variables Model -- The SIML Filtering Method -- Comparing Estimation Methods of Non-stationary Errors-in Variables Models -- Frequency Regression and Smoothing for Noisy Non-stationary Multivariate Time Series.

In this book, we explain the development of a new filtering method to estimate the hidden states of random variables for multiple non-stationary time series data. This method is particularly helpful in analyzing small-sample non-stationary macro-economic time series. The method is based on the frequency-domain application of the separating information maximum likelihood (SIML) method, which was proposed by Kunitomo, Sato, and Kurisu (Springer, 2018) for financial high-frequency time series. We solve the filtering problem of hidden random variables of trend-cycle, seasonal, and measurement-error components and propose a method to handle macro-economic time series. The asymptotic theory based on the frequency-domain analysis for non-stationary time series is developed with illustrative applications, including properties of the method of Muller and Watson (2018), and analyses of macro-economic data in Japan. Vast research has been carried out on the use of statistical time series analysis for macro-economic time series. One important feature of the series, which is different from standard statistical time series analysis, is that the observed time series is an apparent mixture of non-stationary and stationary components. We apply the SIML method for estimating the non-stationary errors-in-variables models. As well, we discuss the asymptotic and finite sample properties of the estimation of unknown parameters in the statistical models. Finally, we utilize their results to solve the filtering problem of hidden random variables and to show that they lead to new a way to handle macro-economic time series.

ISBN: 9789819608829

Standard No.: 10.1007/978-981-96-0882-9doiSubjects--Topical Terms:

3782704
Macroeconomics
--Statistical methods.

LC Class. No.: HB137

Dewey Class. No.: 330.015195

The SIML filtering method for noisy non-stationary economic time series
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520 $a In this book, we explain the development of a new filtering method to estimate the hidden states of random variables for multiple non-stationary time series data. This method is particularly helpful in analyzing small-sample non-stationary macro-economic time series. The method is based on the frequency-domain application of the separating information maximum likelihood (SIML) method, which was proposed by Kunitomo, Sato, and Kurisu (Springer, 2018) for financial high-frequency time series. We solve the filtering problem of hidden random variables of trend-cycle, seasonal, and measurement-error components and propose a method to handle macro-economic time series. The asymptotic theory based on the frequency-domain analysis for non-stationary time series is developed with illustrative applications, including properties of the method of Muller and Watson (2018), and analyses of macro-economic data in Japan. Vast research has been carried out on the use of statistical time series analysis for macro-economic time series. One important feature of the series, which is different from standard statistical time series analysis, is that the observed time series is an apparent mixture of non-stationary and stationary components. We apply the SIML method for estimating the non-stationary errors-in-variables models. As well, we discuss the asymptotic and finite sample properties of the estimation of unknown parameters in the statistical models. Finally, we utilize their results to solve the filtering problem of hidden random variables and to show that they lead to new a way to handle macro-economic time series.
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