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Article
Predicting Adverse Outcomes in End Stage Renal Disease: Machine Learning Applied to the United States Renal Data System
Marshall Journal of Medicine
  • Zeid Khitan, Joan C Edwards School of Medicine
  • Alexis D Jacob, University of Texas at Southwestern
  • Courtney Balentine, University of Texas at Southwestern
  • Adam N Jacob, University of Toledo
  • Juan R Sanabria, Marshall Univerisity School of Medicine
  • Joseph I Shapiro, Marshall University
Author Credentials
Zeid Khitan MD Alexis D. Jacob MD Courtney Balentine MD Adam N. Jacob BS Juan R. Sanabria MD Joseph I. Shapiro MD
Keywords
  • machine learning,
  • end stage renal disease,
  • mortality,
  • hemodialysis
Abstract

We examined machine learning methods to predict death within six months using data derived from the United States Renal Data System (USRDS). We specifically evaluated a generalized linear model, a support vector machine, a decision tree and a random forest evaluated within the context of K-10 fold validation using the CARET package available within the open source architecture R program. We compared these models with the feed forward neural network strategy that we previously reported on with this data set.

Citation Information
Zeid Khitan, Alexis D Jacob, Courtney Balentine, Adam N Jacob, et al.. "Predicting Adverse Outcomes in End Stage Renal Disease: Machine Learning Applied to the United States Renal Data System" p. 75
Available at: http://works.bepress.com/zeid_khitan/16/