Graduation date: 2010We took the back-propagation algorithms of Werbos for recurrent and feed-forward neural networks and implemented them on machines with graphics processing units (GPU). The parallelism of these units gave our implementations a 10 to 100 fold increase in speed. For nets with less than 20 neurons the machine performed faster without using the GPU, but for larger nets use of the GPU always gave better times
Automatic classification becomes more and more in- teresting as the amount of available data keeps g...
Neural networks stand out from artificial intelligence because they can complete challenging tasks, ...
Neural networks get more difficult and longer time to train if the depth become deeper. As deep neur...
Abstract—Large scale artificial neural networks (ANNs) have been widely used in data processing appl...
Neural networks (NNs) have been used in several areas, showing their potential but also their limita...
The Graphics Processing Unit (GPU) parallel architecture is now being used not just for graphics but...
The article discusses possibilities of implementing a neural network in a parallel way. The issues o...
Abstract. This work presents the implementation of Feedforward Multi-Layer Perceptron (FFMLP) Neural...
A parallel Back-Propagation(BP) neural network training technique using Compute Unified Device Archi...
This thesis deals with the implementation of an application for artificial neural networks simulatio...
AbstractAlthough volunteer computing with a huge number of high-performance game consoles connected ...
International audienceThis paper presents two parallel implementations of the Back-propagation algor...
Open-source deep learning tools has been distributed numerously and has gain popularity in the past ...
The ability to train large-scale neural networks has resulted in state-of-the-art per-formance in ma...
There is currently a strong push in the research community to develop biological scale implementatio...
Automatic classification becomes more and more in- teresting as the amount of available data keeps g...
Neural networks stand out from artificial intelligence because they can complete challenging tasks, ...
Neural networks get more difficult and longer time to train if the depth become deeper. As deep neur...
Abstract—Large scale artificial neural networks (ANNs) have been widely used in data processing appl...
Neural networks (NNs) have been used in several areas, showing their potential but also their limita...
The Graphics Processing Unit (GPU) parallel architecture is now being used not just for graphics but...
The article discusses possibilities of implementing a neural network in a parallel way. The issues o...
Abstract. This work presents the implementation of Feedforward Multi-Layer Perceptron (FFMLP) Neural...
A parallel Back-Propagation(BP) neural network training technique using Compute Unified Device Archi...
This thesis deals with the implementation of an application for artificial neural networks simulatio...
AbstractAlthough volunteer computing with a huge number of high-performance game consoles connected ...
International audienceThis paper presents two parallel implementations of the Back-propagation algor...
Open-source deep learning tools has been distributed numerously and has gain popularity in the past ...
The ability to train large-scale neural networks has resulted in state-of-the-art per-formance in ma...
There is currently a strong push in the research community to develop biological scale implementatio...
Automatic classification becomes more and more in- teresting as the amount of available data keeps g...
Neural networks stand out from artificial intelligence because they can complete challenging tasks, ...
Neural networks get more difficult and longer time to train if the depth become deeper. As deep neur...