My understanding is that biplots of linear discriminant analyses can be done, it is implemented in fact in R packages ggbiplot and ggord and another function to do it is posted in this StackOverflow threadthis StackOverflow thread.
Also the book "Biplots in practice" by M. Greenacre has one chapter (chapter 11, see pdf) on it and in Figure 11.5 it shows a biplot of a linear discriminant analysis of the iris dataset:
My understanding is that biplots of linear discriminant analyses can be done, it is implemented in fact in R packages ggbiplot and ggord and another function to do it is posted in this StackOverflow thread.
Also the book "Biplots in practice" by M. Greenacre has one chapter (chapter 11, see pdf) on it and in Figure 11.5 it shows a biplot of a linear discriminant analysis of the iris dataset:
My understanding is that biplots of linear discriminant analyses can be done, it is implemented in fact in R packages ggbiplot and ggord and another function to do it is posted in this StackOverflow thread.
Also the book "Biplots in practice" by M. Greenacre has one chapter (chapter 11, see pdf) on it and in Figure 11.5 it shows a biplot of a linear discriminant analysis of the iris dataset:
My understanding is that biplots of linear discriminant analyses can be done, it is implemented in fact in R packagepackages ggbiplot and ggord and another function to do it is posted in this StackOverflow thread.
Also the book "Biplots in practice" by M. Greenacre has one chapter (chapter 11, see pdf) on it and in Figure 11.5 it shows a biplot of a linear discriminant analysis of the iris dataset:
My understanding is that biplots of linear discriminant analyses can be done, it is implemented in fact in R package ggbiplot and another function to do it is posted in this StackOverflow thread.
Also the book "Biplots in practice" by M. Greenacre has one chapter (chapter 11, see pdf) on it and in Figure 11.5 it shows a biplot of a linear discriminant analysis of the iris dataset:
My understanding is that biplots of linear discriminant analyses can be done, it is implemented in fact in R packages ggbiplot and ggord and another function to do it is posted in this StackOverflow thread.
Also the book "Biplots in practice" by M. Greenacre has one chapter (chapter 11, see pdf) on it and in Figure 11.5 it shows a biplot of a linear discriminant analysis of the iris dataset:
My understanding is that biplots of linear discriminant analyses can be done, it is implemented in fact in R package ggbiplot, see https://github.com/vqv/ggbiplot/tree/experimental and another function to do it is posted here: in http://stackoverflow.com/questions/17232251/how-can-i-plot-a-biplot-for-lda-in-r/31861209#31861209this StackOverflow thread.
Also the book "Biplots in practice" by M. Greenacre has one chapter (chapter 11, see pdf) on it and in Figure 11.5 it shows a biplot of a linear discriminant analysis of the iris dataset:
My understanding is that biplots of linear discriminant analyses can be done, it is implemented in fact in R package ggbiplot, see https://github.com/vqv/ggbiplot/tree/experimental and another function to do it is posted here: http://stackoverflow.com/questions/17232251/how-can-i-plot-a-biplot-for-lda-in-r/31861209#31861209
Also the book "Biplots in practice" by M. Greenacre has one chapter (chapter 11) on it and in Figure 11.5 it shows a biplot of a linear discriminant analysis of the iris dataset:
My understanding is that biplots of linear discriminant analyses can be done, it is implemented in fact in R package ggbiplot and another function to do it is posted in this StackOverflow thread.
Also the book "Biplots in practice" by M. Greenacre has one chapter (chapter 11, see pdf) on it and in Figure 11.5 it shows a biplot of a linear discriminant analysis of the iris dataset:
