Artificial neural networks based models weighting

Dielectric barrier discharge reactor for conversion of methane and CO2 into synthesis gas and C2+ hydrocarbons Three cases (a) maximization of metiiane conversion and C2+ selectivity, (b) maximization of methane conversion and C2+ yield, and (c) maximization of methane conversion and H2 selectivity. Weighted sum of squared objective functions method along with GA An artificial neural network model of the process was developed based on experimental data, and then used for optimization. Istadi and Amin (2006)... 

Model based control schemes such as model predictive control are highly related to the accuracy of the process model. A regional-knowledge index is proposed in this study and applied in the analysis of dynamic artificial neural network models in process control. To tackle the extrapolation problem and assure stability of the control system, we propose to run a neural adaptive controller in parallel with a model predictive control. A coordinator weights the outputs of these two controllers to make the final control decision. The proposed analysis method and the modified model predictive control architecture have been applied to a neutralization process and excellent control performance is observed in this highly nonlinear system. 

---