Title : ( Flexible Factor Model for Handling Missing Data in Supervised Learning )
Authors: Andriette Bekker , Farzane Hashemi , Mohammad Arashi ,Access to full-text not allowed by authors
Abstract
This paper presents an extension of the factor analysis model based on the normal mean-variance mixture of the Birnbaum-Sanders in the presence of nonresponses and missing data. This model can be used as a powerful tool to model non-normal features observed from data such as strongly skewed and heavy-tail noises. Missing data may occur due to operator error or incomplete data capturing therefore cannot be ignored in factor analysis modeling. We implement an EM-type algorithm for maximum likelihood estimation and propose single imputation of possible missing values under a missing at random mechanism. The potential and applicability of our proposed method are illustrated through analysing both simulated and real datasets.
Keywords
Automobile dataset · Asymmetry · ECME algorithm · Factor analysis model · Heavy tails · Incomplete data · Liver disorders dataset@article{paperid:1085780,
author = {Andriette Bekker and Farzane Hashemi and Arashi, Mohammad},
title = {Flexible Factor Model for Handling Missing Data in Supervised Learning},
journal = {Communications in Mathematics and Statistics},
year = {2023},
volume = {11},
number = {2},
month = {June},
issn = {2194-6701},
pages = {477--501},
numpages = {24},
keywords = {Automobile dataset · Asymmetry · ECME algorithm · Factor analysis model · Heavy tails · Incomplete data · Liver disorders dataset},
}
%0 Journal Article
%T Flexible Factor Model for Handling Missing Data in Supervised Learning
%A Andriette Bekker
%A Farzane Hashemi
%A Arashi, Mohammad
%J Communications in Mathematics and Statistics
%@ 2194-6701
%D 2023