Yw. Li et P. Vanespen, STUDY OF THE INFLUENCE OF NEURAL-NETWORK PARAMETERS ON THE PERFORMANCE-CHARACTERISTICS IN PATTERN-RECOGNITION, Chemometrics and intelligent laboratory systems, 25(2), 1994, pp. 241-248
In this paper, artificial neural networks (ANNs) with back-error propa
gation were successfully used for the classification of complex fluori
des (AB(m)F(n)) based on the transition emission of Eu(II). Network pa
rameters and architecture were optimized. Effects of the transfer func
tion, the scaling and learning mode and the range of the initial weigh
ts on the performance of the network were studied. A recognition rate
of 98.4% and a prediction rate of 96.3% showed better performance comp
ared to conventional pattern recognition methods and previously report
ed neural networks.