International audienceWe present two approaches for linear prediction of long-memory time series. The first approach consists in truncating the Wiener-Kolmogorov predictor by restricting the observations to the last terms, which are the only available data in practice. We derive the asymptotic behaviour of the mean-squared error as tends to . The second predictor is the finite linear least-squares predictor the projection of the forecast value on the last observations. It is shown that these two predictors converge to the Wiener Kolmogorov predictor at the same rate
Doctor of Philosophy in MathematicsIn the middle of this century, the English hydrologist Harold E. ...
In this paper, an Optimally Pruned Extreme Learning Machine (OP-ELM) is ap-plied to the problem of l...
We introduce a method for reconstructing macroscopic models of one-dimensional stochastic processes ...
We present two approaches for linear prediction of long-memory time series. The first approach consi...
We present two approaches for linear prediction of long-memory time series. The first approach consi...
For the class of stationary Gaussian long memory processes, we study some properties of the least-sq...
This PhD thesis deals with predicting long-memory processes. We assume that the processes are weakly...
This chapter reviews semiparametric methods of inference on different aspects of long memory time s...
January 2004; revised September 2006This paper is based on a portion of Chapter 3 of the author's Ph...
A la suite de la conférence WSOM 03 à KitakiushuInternational audienceThe Kohonen self-organization ...
A two-stage forecasting approach for long memory time series is introduced. In the first step, we es...
International audienceTwo recent contributions have found conditions for large dimensional networks ...
International audienceMany time series forecasting problems require the estimation of possibly inacc...
Extracting and forecasting the volatility of financial markets is an important empirical problem. Ti...
Deep learning is playing an increasingly important role in time series analysis. We focused on time ...
Doctor of Philosophy in MathematicsIn the middle of this century, the English hydrologist Harold E. ...
In this paper, an Optimally Pruned Extreme Learning Machine (OP-ELM) is ap-plied to the problem of l...
We introduce a method for reconstructing macroscopic models of one-dimensional stochastic processes ...
We present two approaches for linear prediction of long-memory time series. The first approach consi...
We present two approaches for linear prediction of long-memory time series. The first approach consi...
For the class of stationary Gaussian long memory processes, we study some properties of the least-sq...
This PhD thesis deals with predicting long-memory processes. We assume that the processes are weakly...
This chapter reviews semiparametric methods of inference on different aspects of long memory time s...
January 2004; revised September 2006This paper is based on a portion of Chapter 3 of the author's Ph...
A la suite de la conférence WSOM 03 à KitakiushuInternational audienceThe Kohonen self-organization ...
A two-stage forecasting approach for long memory time series is introduced. In the first step, we es...
International audienceTwo recent contributions have found conditions for large dimensional networks ...
International audienceMany time series forecasting problems require the estimation of possibly inacc...
Extracting and forecasting the volatility of financial markets is an important empirical problem. Ti...
Deep learning is playing an increasingly important role in time series analysis. We focused on time ...
Doctor of Philosophy in MathematicsIn the middle of this century, the English hydrologist Harold E. ...
In this paper, an Optimally Pruned Extreme Learning Machine (OP-ELM) is ap-plied to the problem of l...
We introduce a method for reconstructing macroscopic models of one-dimensional stochastic processes ...