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Mdpd

estimate coefficients under a high-dimensional linear model based on minimum density power divergence (MDPD) criteria

Install / Use

/learn @shuanggema/Mdpd
About this skill

Quality Score

0/100

Supported Platforms

Universal

README

<center> <font size="6">Package "mdpd"</font> </center>

Title

minimum density power divergence

Version

1.0.0

Description

This package estimates coefficients of a high-dimensional linear regression model. Significantly different from the existing studies, we adopt loss functions based on minimum density power divergence (MDPD) criteria. Multiple published studies have shown that this approach outperforms alternatives under low dimensional situations, especially when normality assumption is violated. We extend this method to a high dimensional situation and also observe the robust performance. Penalization is used for identification and regularized estimation. Computationally, we develop an effective algorithm which utilizes the coordinate descent. Simulation shows that the proposed approach has satisfactory performance.

License

Currently Released Under GPLv3

Author

Yangguang Zang yangguang.zang@gmail.com; Qingzhao Zhang qzzhang.wise@gmail.com; Shuangge Ma shuangge.ma@yale.edu

Maintainer

Yangguang Zang

Related Skills

View on GitHub
GitHub Stars4
CategoryDevelopment
Updated4y ago
Forks0

Languages

Matlab

Security Score

55/100

Audited on Mar 16, 2022

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