It is well known that smoothing is applied to better see patterns and underlying trends in time series. In fact, to smooth a data set means to create an approximating function that attempts to capture important features in the data, while leaving out noises. In this paper we choose, as an approximation function, the inverse fuzzy transform (introduced by Perfilieva in Fuzzy Sets Syst 157:993–1023, 2006 [3]) that is based on fuzzy partitioning of a closed real interval into fuzzy subsets. The empirical distribution we introduce can be characterized by its expectiles in a similar way as it is characterized by quantiles. © Springer International Publishing Switzerland 2017
The good results obtained by the fuzzy approaches applied in the analysis of time series (TS) has c...
Like in our previous papers, we show the trend of seasonal time series by means of polynomial inter...
Data analysis in the context of the features of the problem domain and the dynamics of processes are...
It is well known that smoothing is applied to better see patterns and underlying trends in time seri...
The fuzzy transform (F-transform), introduced by I. Perfilieva, is a powerful tool for the construct...
none3noneGuerra, Maria Letizia; Sorini, Laerte; Stefanini, LucianoGuerra, Maria Letizia; Sorini, Lae...
In this paper we illustrate the F-transform based on generalized fuzzy partitions as a tool for quan...
In this paper, we will illustrate the F-transform based on generalized fuzzy partitions as a tool fo...
In this paper, we will focus on the application of fuzzy transform (F-transform) in the analysis of ...
[[abstract]]In this paper, we propose a new residual analysis method using Fourier series transform ...
Abstract. In this paper, we propose a new residual analysis method using Fourier series transform in...
Abstract — A new methodology for analysis and forecasting of time series is proposed. It directly em...
We present a prediction method based on Fuzzy Transforms to determine a mapping from the input-varia...
Time series models have been used to make predictions of academic enrollments, weather, road acciden...
his paper is devoted to the smoothing of discrete functions using the fuzzy transform introduced by ...
The good results obtained by the fuzzy approaches applied in the analysis of time series (TS) has c...
Like in our previous papers, we show the trend of seasonal time series by means of polynomial inter...
Data analysis in the context of the features of the problem domain and the dynamics of processes are...
It is well known that smoothing is applied to better see patterns and underlying trends in time seri...
The fuzzy transform (F-transform), introduced by I. Perfilieva, is a powerful tool for the construct...
none3noneGuerra, Maria Letizia; Sorini, Laerte; Stefanini, LucianoGuerra, Maria Letizia; Sorini, Lae...
In this paper we illustrate the F-transform based on generalized fuzzy partitions as a tool for quan...
In this paper, we will illustrate the F-transform based on generalized fuzzy partitions as a tool fo...
In this paper, we will focus on the application of fuzzy transform (F-transform) in the analysis of ...
[[abstract]]In this paper, we propose a new residual analysis method using Fourier series transform ...
Abstract. In this paper, we propose a new residual analysis method using Fourier series transform in...
Abstract — A new methodology for analysis and forecasting of time series is proposed. It directly em...
We present a prediction method based on Fuzzy Transforms to determine a mapping from the input-varia...
Time series models have been used to make predictions of academic enrollments, weather, road acciden...
his paper is devoted to the smoothing of discrete functions using the fuzzy transform introduced by ...
The good results obtained by the fuzzy approaches applied in the analysis of time series (TS) has c...
Like in our previous papers, we show the trend of seasonal time series by means of polynomial inter...
Data analysis in the context of the features of the problem domain and the dynamics of processes are...