Talaie, A. ; Lee, J.Y. ; Lee, Y.K. ; Adachi, K. ; Taguchi, T. ; Mäder, E. ; Jang, J. ; Romagnoli, J.A.
Dynamic modeling of a polymeric composite interface: An introduction to in-situ neurocomputing in composite-based PH sensors
A new computerized approach was considered for characterization and classification of different polymeric composites based pH sensors. In this approach an integrated artificial neural network (ANN)/composite was designed. Using this design we were able to create reproducible patterns and models based on the collected data. This new computerized method has advantages of being more selective and more accurate over conventional ways of data collection.
Source
Composite Interfaces 8
Pages
127-134
DOI
http://dx.doi.org/10.1163/156855400750387781
Published
November 2001
Dynamic modeling of a polymeric composite interface: An introduction to in-situ neurocomputing in composite-based PH sensors
A new computerized approach was considered for characterization and classification of different polymeric composites based pH sensors. In this approach an integrated artificial neural network (ANN)/composite was designed. Using this design we were able to create reproducible patterns and models based on the collected data. This new computerized method has advantages of being more selective and more accurate over conventional ways of data collection.
Source
Composite Interfaces 8
Pages
127-134
DOI
http://dx.doi.org/10.1163/156855400750387781
Published
November 2001
