It has been a hot and challenging topic to predict the chaotic time series in the medium-to-long term. We combine autoencoders and convolutional neural networks (AE-CNN) to capture the intrinsic certainty of chaotic time series. We utilize the transfer learning (TL) theory to improve the prediction performance in medium-to-long term. Thus, we develop a prediction scheme for chaotic time series-based AE-CNN and TL named AE-CNN-TL. Our experimental results show that the proposed AE-CNN-TL has much better prediction performance than any one of the following: AE-CNN, ARMA, and LSTM
An algorithm is introduced that trains a neural network to identify chaotic dynamics from a single m...
Machine learning methods, such as Long Short-Term Memory (LSTM) neural networks can predict real-lif...
Recent advances in nonlinear time-series prediction demonstrated the ability of recurrent neural net...
Traditional statistical, physical, and correlation models for chaotic time series prediction have pr...
The prediction of chaotic dynamical systems’ future evolution is widely debated and represents a hot...
Chaotic time series have been involved in many fields of production and life, so their prediction ha...
Interest in chaotic time series prediction has grown in recent years due to its multiple application...
International audienceTransfer learning (TL) is a useful technique that enables the wide spreading o...
Chaotic dynamics are the paradigm of complex and unpredictable evolution due to their built-in featu...
This paper demonstrates the development of an Long-Short Term Memory (LSTM) network and its applicat...
A unique technique based on chaos theory and artificial neural networks (ANN) is developed to analys...
The main advantage of detecting chaos is that the time series is short term predictable. The predict...
An algorithm is introduced that trains a neural network to identify chaotic dynamics from a single m...
Machine learning methods, such as Long Short-Term Memory (LSTM) neural networks can predict real-lif...
Recent advances in nonlinear time-series prediction demonstrated the ability of recurrent neural net...
Traditional statistical, physical, and correlation models for chaotic time series prediction have pr...
The prediction of chaotic dynamical systems’ future evolution is widely debated and represents a hot...
Chaotic time series have been involved in many fields of production and life, so their prediction ha...
Interest in chaotic time series prediction has grown in recent years due to its multiple application...
International audienceTransfer learning (TL) is a useful technique that enables the wide spreading o...
Chaotic dynamics are the paradigm of complex and unpredictable evolution due to their built-in featu...
This paper demonstrates the development of an Long-Short Term Memory (LSTM) network and its applicat...
A unique technique based on chaos theory and artificial neural networks (ANN) is developed to analys...
The main advantage of detecting chaos is that the time series is short term predictable. The predict...
An algorithm is introduced that trains a neural network to identify chaotic dynamics from a single m...
Machine learning methods, such as Long Short-Term Memory (LSTM) neural networks can predict real-lif...
Recent advances in nonlinear time-series prediction demonstrated the ability of recurrent neural net...