Thank you so much for this MERF approach. I would like to know if I could use MERF with longitudinal data represented as follows, which I believe to be the case as I have read on several websites that this is the case but did not find any exemples:
The following is a representation of the data (very simplified):
The sole non-longitudinal characteristic is the patient's name; the rest are longitudinally represented using the suffixes _1, _2, and _3 to designate waves (timepoints) one, two, and three (with e.g 1 year gab between waves). The death column is the class variable for predicting mortality (binary) which from what I have seen it is not really supported to do classification right #11 ? Except from rounding up or down probability from regressor but is that ideal, I do not have a clear thought of this.
Dear Authors,
Thank you so much for this MERF approach. I would like to know if I could use MERF with longitudinal data represented as follows, which I believe to be the case as I have read on several websites that this is the case but did not find any exemples:
The following is a representation of the data (very simplified):
The sole non-longitudinal characteristic is the patient's name; the rest are longitudinally represented using the suffixes _1, _2, and _3 to designate waves (timepoints) one, two, and three (with e.g 1 year gab between waves). The death column is the class variable for predicting mortality (binary) which from what I have seen it is not really supported to do classification right #11 ? Except from rounding up or down probability from regressor but is that ideal, I do not have a clear thought of this.
The data representation:
Cheers,