Ds. Suen et Cn. Chang, INTERVAL POLYNOMIAL REGRESSION BY USE OF A NEURAL-NETWORK FOR MINIMUMZONE PROBLEMS, Measurement science & technology, 9(6), 1998, pp. 913-921
Determining the parametrization of the curve is a fundamental problem
in approximation and interpolation. The goal of this paper is to devel
op an accurate and robust algorithm for the minimum zone problems. In
this paper, we use an interval bias adaptive linear neural network str
ucture together with an appropriate cost function and the least mean s
quares learning algorithm to carry out the interval regression analysi
s. Through appropriate choice of the output function of the input neur
on, the interval polynomial regression use of a neural network (IPRNN)
method developed in this paper is applicable to many problems (interv
al algebraic polynomial approximation, evaluation of straightness, rou
ndness and ellipticity and so on). Generally, these problems have comp
licated constraints and the LSQ method cannot be used.