Several gradient-based methods have been developed for Artificial Neural Network (ANN) training. Still, in some situations, such procedures may lead to local minima, making Evolutionary Algorithms (EAs) a promising alternative. In this work, EAs using direct representations are applied to several classification and regression ANN learning tasks. Furthermore, EAs are also combined with local optimization, under the Lamarckian framework. Both strategies are compared with conventional training methods. The results reveal an enhanced performance by a macro-mutation based Lamarckian approach
In this paper we investigate a hybrid model based on the Discrete Gradient method and an evolutionar...
Supervised training from examples of a feed-forward neural network is a classical problem, traditio...
In the present work, we study possibilities of using artificial neural networks for accelerating of ...
Several gradient-based methods have been developed for Artificial Neural Network (ANN) training. Sti...
Living creatures improve their adaptation capabilities to a changing world by means of two orthogona...
Abstract. Living creatures improve their adaptation capabilities to a changing world by means of two...
Artificial Neural Networks (ANNs) are important Data Mining (DM) techniques. Yet, the search for t...
Although Artificial Neural Networks (ANNs) are important Data Mining techniques, the search for the ...
Yang S, Tian Y, He C, Zhang X, Tan KC, Jin Y. A Gradient-Guided Evolutionary Approach to Training De...
Artificial Neural Network (ANN) is one of the modern computational methods proposed to solve the maj...
While evolutionary algorithms (EAs) have long offered an alternative approach to optimization, in re...
Abstract—Many frustrating experiences have been encountered when the training of neural networks by ...
Abstract: Classical Machine Learning methods are usually developed to work in static data sets. Yet,...
: This paper describes two algorithms based on cooperative evolution of internal hidden network repr...
Learning and evolution are two fundamental forms of adaptation. There has been a great interest in c...
In this paper we investigate a hybrid model based on the Discrete Gradient method and an evolutionar...
Supervised training from examples of a feed-forward neural network is a classical problem, traditio...
In the present work, we study possibilities of using artificial neural networks for accelerating of ...
Several gradient-based methods have been developed for Artificial Neural Network (ANN) training. Sti...
Living creatures improve their adaptation capabilities to a changing world by means of two orthogona...
Abstract. Living creatures improve their adaptation capabilities to a changing world by means of two...
Artificial Neural Networks (ANNs) are important Data Mining (DM) techniques. Yet, the search for t...
Although Artificial Neural Networks (ANNs) are important Data Mining techniques, the search for the ...
Yang S, Tian Y, He C, Zhang X, Tan KC, Jin Y. A Gradient-Guided Evolutionary Approach to Training De...
Artificial Neural Network (ANN) is one of the modern computational methods proposed to solve the maj...
While evolutionary algorithms (EAs) have long offered an alternative approach to optimization, in re...
Abstract—Many frustrating experiences have been encountered when the training of neural networks by ...
Abstract: Classical Machine Learning methods are usually developed to work in static data sets. Yet,...
: This paper describes two algorithms based on cooperative evolution of internal hidden network repr...
Learning and evolution are two fundamental forms of adaptation. There has been a great interest in c...
In this paper we investigate a hybrid model based on the Discrete Gradient method and an evolutionar...
Supervised training from examples of a feed-forward neural network is a classical problem, traditio...
In the present work, we study possibilities of using artificial neural networks for accelerating of ...