作者: I. Rivals , L. Personnaz
DOI: 10.1016/S0893-6080(99)00080-5
关键词: Generalized least squares 、 Least squares 、 Applied mathematics 、 Artificial neural network 、 Mathematics 、 Statistics 、 Taylor series 、 Linear model 、 Nonlinear regression 、 Non-linear least squares 、 Simple linear regression
摘要: We present the theoretical results about construction of confidence intervals for a nonlinear regression based on least squares estimation and using linear Taylor expansion model output. stress assumptions which these are based, in order to derive an appropriate methodology neural black-box modeling; latter is then analyzed illustrated simulated real processes. show that output also gives tool detect possible ill-conditioning network candidates, estimate their performance. Finally, we approach compares favorably with other analytic approaches, it efficient economic alternative nonanalytic computationally intensive bootstrap methods.