Publicado em "2nd International Workshop on Practical Applications of Computational Biology and Bioinformatics (IWPACBB 2008)", ISBN 978-3-540-85860-7Artificial Neural Networks (ANNs) have shown to be powerful tools for solving several problems which, due to their complexity, are extremely difficult to unravel with other methods. Their capabilities of massive parallel processing and learning from the environment make these structures ideal for prediction of nonlinear events. In this work, a set of computational tools are proposed, allowing researchers in Biotechnology to use ANNs for the modelling of fed-batch fermentation processes. The main task is to predict the values of kinetics parameters from the values of a set of state variables. T...
In the present work, the fermentation process aimed at obtaining bio-ethanol starting from ricotta c...
The artificial neural network approach based on uniform design to optimize the fed-batch fermentatio...
In this paper the bioethanol production in batch culture by free Saccharomyces cerevisiae cells fro...
In this chapter we describe a software tool for modelling fermentation processes, the FerMoANN, whic...
In this work a hybrid neural modelling methodology, which combines mass balance equations with funct...
Since artificial neural networks represent a commercially attractive tool for process modelling and ...
An algorithm using feedforward neural network model for determining optimal substrate feeding polici...
This work provides a manual design space exploration regarding the structure, type, and inputs of a ...
Abstract — The growth rate of the micro-organisms in bio-logical reactors is described by some compl...
This work focuses on the process operation aspects using model-based optimization of an continuous a...
In this work a hybrid neural modelling methodology, which combines mass balance equations with funct...
The search for alternative sources of fuel, economically and environmentally viable, that could repl...
This dissertation aims to develop neural networks for bioprocess systems. It is shown that back-prop...
Methods that can provide adequate accuracy in the estimation of variables from incomplete informati...
According to our best knowledge, this is the first report applying Artificial neural networks (ANN) ...
In the present work, the fermentation process aimed at obtaining bio-ethanol starting from ricotta c...
The artificial neural network approach based on uniform design to optimize the fed-batch fermentatio...
In this paper the bioethanol production in batch culture by free Saccharomyces cerevisiae cells fro...
In this chapter we describe a software tool for modelling fermentation processes, the FerMoANN, whic...
In this work a hybrid neural modelling methodology, which combines mass balance equations with funct...
Since artificial neural networks represent a commercially attractive tool for process modelling and ...
An algorithm using feedforward neural network model for determining optimal substrate feeding polici...
This work provides a manual design space exploration regarding the structure, type, and inputs of a ...
Abstract — The growth rate of the micro-organisms in bio-logical reactors is described by some compl...
This work focuses on the process operation aspects using model-based optimization of an continuous a...
In this work a hybrid neural modelling methodology, which combines mass balance equations with funct...
The search for alternative sources of fuel, economically and environmentally viable, that could repl...
This dissertation aims to develop neural networks for bioprocess systems. It is shown that back-prop...
Methods that can provide adequate accuracy in the estimation of variables from incomplete informati...
According to our best knowledge, this is the first report applying Artificial neural networks (ANN) ...
In the present work, the fermentation process aimed at obtaining bio-ethanol starting from ricotta c...
The artificial neural network approach based on uniform design to optimize the fed-batch fermentatio...
In this paper the bioethanol production in batch culture by free Saccharomyces cerevisiae cells fro...