BinaryPLSFit(Y, X, S =2, tolerance =5e-06, maxiter =100, show =FALSE, penalization =0.1, OptimMethod ="CG", seed =0)
Arguments
Y: The response
X: The matrix of independent variables
S: The Dimension of the solution
tolerance: Tolerance for convergence of the algorithm
maxiter: Maximum Number of iterations
show: Show the steps of the algorithm
penalization: Penalization for the Ridge Logistic Regression
OptimMethod: Optimization methods from optimr
seed: Seed. By default is 0.
Details
Fits Binary PLS Regression. It is used for a higher level function.
Returns
The PLS fit used by the BinaryPLSR function.
References
Ugarte Fajardo, J., Bayona Andrade, O., Criollo Bonilla, R., Cevallos‐Cevallos, J., Mariduena‐Zavala, M., Ochoa Donoso, D., & Vicente Villardon, J. L. (2020). Early detection of black Sigatoka in banana leaves using hyperspectral images. Applications in plant sciences, 8(8), e11383.
Vicente-Gonzalez, L., & Vicente-Villardon, J. L. (2022). Partial Least Squares Regression for Binary Responses and Its Associated Biplot Representation. Mathematics, 10(15), 2580.