Description Usage Arguments Details Value Author(s) References See Also Examples
This function performs applicability domain with ensemble partial least squares.
1 2 3 |
x |
predictor matrix. |
y |
response vector. |
x.test |
predictor matrix for test. |
y.test |
response vector for test. |
maxcomp |
Maximum number of components included within the models, if not specified, default is the variable (column) numbers in x. |
MCtimes |
times of Monte-Carlo. |
verbose |
shall we print the MCtimes process. |
method |
|
ratio |
sample ratio used when |
parallel |
Integer. Number of parallel processes to use. Default is |
This function performs applicability domain with ensemble partial least squares.
A list containing four components:
STD.cv
- STD value for training set
STD.te
- STD value for test set
error.cv
- absolute prediction error of training set
error.te
- absolute prediction error of test set
Min-feng Zhu <wind2zhu@163.com>, Nan Xiao <road2stat@gmail.com>
Kaneko H, Funatsu K. "Applicability Domain Based on Ensemble Learning in Classification and Regression Analyses." Journal of chemical information and modeling 54, no. 9 (2014): 2469-2482.
See enpls.fs
for feature selection with ensemble PLS.
See enpls.en
for ensemble PLS regression.
See enpls.od
for Outlier Detection with ensemble PLS
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 | data(logS)
x = logS$x
y = logS$y
x.test1 = logS$x.test1
y.test1 = logS$y.test1
set.seed(42)
ad_test1 = enpls.ad(x, y, x.test1, y.test1, MCtimes = 10)
print(ad_test1)
plot(ad_test1)
x.test2 = logS$x.test2
y.test2 = logS$y.test2
set.seed(42)
ad_test2 = enpls.ad(x, y, x.test2, y.test2, MCtimes = 10)
print(ad_test2)
plot(ad_test2)
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