Multivariate time series data classification has recently attracted interests from both industry and academia, as sensors used in various industries produce a lot of multivariate time series data. Having a lot of features, feature selection from those time series is essential to efficiently construct a classifier. In this paper, we propose a feature selection method to efficiently select features from the multivariate time series data considering variation. The candidate feature set is too large to efficiently select features and there are some feature redundancies. The proposed method can efficiently resolve these problems, and is validated by real datasets obtained from UCI Machine Learning Repository. Experiments show that the proposed m...
In this paper, we propose an approach termed segment-based features (SBFs) to classify time series. ...
The decade-long trend toward process automation and end-to-end machine connectivity has fueled an en...
Multivariate time series often contain missing values for reasons such as failures in data collectio...
Multiple variables and high dimensions are two main challenges for classification of Multivariate Ti...
International audience—The field of time series forecasting has progressed significantly in recent d...
Univariate time series (UTS) classification has been reported in several papers, where various effic...
The increase in the number of complex temporal datasets collected today\ud has prompted the developm...
With the advance of sensor technologies, the Multivariate Time Series classification (MTSC) problem,...
The aim of this study is to propose a new hybrid feature selection model to improve the performance ...
Feature selection is an effective technique to reduce dimensionality, for example when the condition...
This work applies a variety of multilinear function factorisation techniques to extract appropriate ...
This research has been partially funded by the following grants: TIN2016-81113-R from the Spanish Mi...
In this work, a novel approach utilizing feature covariance matrices is proposed for time series cla...
Supervised classification is one of the most active areas of machine learning research. Most work ha...
Innovation and advances in technology have led to the growth of time series data at a phenomenal rat...
In this paper, we propose an approach termed segment-based features (SBFs) to classify time series. ...
The decade-long trend toward process automation and end-to-end machine connectivity has fueled an en...
Multivariate time series often contain missing values for reasons such as failures in data collectio...
Multiple variables and high dimensions are two main challenges for classification of Multivariate Ti...
International audience—The field of time series forecasting has progressed significantly in recent d...
Univariate time series (UTS) classification has been reported in several papers, where various effic...
The increase in the number of complex temporal datasets collected today\ud has prompted the developm...
With the advance of sensor technologies, the Multivariate Time Series classification (MTSC) problem,...
The aim of this study is to propose a new hybrid feature selection model to improve the performance ...
Feature selection is an effective technique to reduce dimensionality, for example when the condition...
This work applies a variety of multilinear function factorisation techniques to extract appropriate ...
This research has been partially funded by the following grants: TIN2016-81113-R from the Spanish Mi...
In this work, a novel approach utilizing feature covariance matrices is proposed for time series cla...
Supervised classification is one of the most active areas of machine learning research. Most work ha...
Innovation and advances in technology have led to the growth of time series data at a phenomenal rat...
In this paper, we propose an approach termed segment-based features (SBFs) to classify time series. ...
The decade-long trend toward process automation and end-to-end machine connectivity has fueled an en...
Multivariate time series often contain missing values for reasons such as failures in data collectio...