biostats.bepress.com/ucbbiostat/paper266

Preview meta tags from the biostats.bepress.com website.

Linked Hostnames

6

Search Engine Appearance

Google

https://biostats.bepress.com/ucbbiostat/paper266

Super Learner In Prediction

Super learning is a general loss based learning method that has been proposed and analyzed theoretically in van der Laan et al. (2007). In this article we consider super learning for prediction. The super learner is a prediction method designed to find the optimal combination of a collection of prediction algorithms. The super learner algorithm finds the combination of algorithms minimizing the cross-validated risk. The super learner framework is built on the theory of cross-validation and allows for a general class of prediction algorithms to be considered for the ensemble. Due to the previously established oracle results for the cross-validation selector, the super learner has been proven to represent an asymptotically optimal system for learning. In this article we demonstrate the practical implementation and finite sample performance of super learning in prediction.



Bing

Super Learner In Prediction

https://biostats.bepress.com/ucbbiostat/paper266

Super learning is a general loss based learning method that has been proposed and analyzed theoretically in van der Laan et al. (2007). In this article we consider super learning for prediction. The super learner is a prediction method designed to find the optimal combination of a collection of prediction algorithms. The super learner algorithm finds the combination of algorithms minimizing the cross-validated risk. The super learner framework is built on the theory of cross-validation and allows for a general class of prediction algorithms to be considered for the ensemble. Due to the previously established oracle results for the cross-validation selector, the super learner has been proven to represent an asymptotically optimal system for learning. In this article we demonstrate the practical implementation and finite sample performance of super learning in prediction.



DuckDuckGo

https://biostats.bepress.com/ucbbiostat/paper266

Super Learner In Prediction

Super learning is a general loss based learning method that has been proposed and analyzed theoretically in van der Laan et al. (2007). In this article we consider super learning for prediction. The super learner is a prediction method designed to find the optimal combination of a collection of prediction algorithms. The super learner algorithm finds the combination of algorithms minimizing the cross-validated risk. The super learner framework is built on the theory of cross-validation and allows for a general class of prediction algorithms to be considered for the ensemble. Due to the previously established oracle results for the cross-validation selector, the super learner has been proven to represent an asymptotically optimal system for learning. In this article we demonstrate the practical implementation and finite sample performance of super learning in prediction.

  • General Meta Tags

    23
    • title
      "Super Learner In Prediction" by Eric C. Polley and Mark J. van der Laan
    • charset
      utf-8
    • viewport
      width=device-width
    • article:author
      Eric C Polley
    • author
      Eric C Polley
  • Open Graph Meta Tags

    5
    • og:title
      Super Learner In Prediction
    • og:description
      Super learning is a general loss based learning method that has been proposed and analyzed theoretically in van der Laan et al. (2007). In this article we consider super learning for prediction. The super learner is a prediction method designed to find the optimal combination of a collection of prediction algorithms. The super learner algorithm finds the combination of algorithms minimizing the cross-validated risk. The super learner framework is built on the theory of cross-validation and allows for a general class of prediction algorithms to be considered for the ensemble. Due to the previously established oracle results for the cross-validation selector, the super learner has been proven to represent an asymptotically optimal system for learning. In this article we demonstrate the practical implementation and finite sample performance of super learning in prediction.
    • og:type
      article
    • og:url
      https://biostats.bepress.com/ucbbiostat/paper266
    • og:site_name
      Collection of Biostatistics Research Archive
  • Twitter Meta Tags

    3
    • twitter:title
      Super Learner In Prediction
    • twitter:description
      Super learning is a general loss based learning method that has been proposed and analyzed theoretically in van der Laan et al. (2007). In this article we consider super learning for prediction. The super learner is a prediction method designed to find the optimal combination of a collection of prediction algorithms. The super learner algorithm finds the combination of algorithms minimizing the cross-validated risk. The super learner framework is built on the theory of cross-validation and allows for a general class of prediction algorithms to be considered for the ensemble. Due to the previously established oracle results for the cross-validation selector, the super learner has been proven to represent an asymptotically optimal system for learning. In this article we demonstrate the practical implementation and finite sample performance of super learning in prediction.
    • twitter:card
      summary
  • Item Prop Meta Tags

    2
    • name
      Super Learner In Prediction
    • description
      Super learning is a general loss based learning method that has been proposed and analyzed theoretically in van der Laan et al. (2007). In this article we consider super learning for prediction. The super learner is a prediction method designed to find the optimal combination of a collection of prediction algorithms. The super learner algorithm finds the combination of algorithms minimizing the cross-validated risk. The super learner framework is built on the theory of cross-validation and allows for a general class of prediction algorithms to be considered for the ensemble. Due to the previously established oracle results for the cross-validation selector, the super learner has been proven to represent an asymptotically optimal system for learning. In this article we demonstrate the practical implementation and finite sample performance of super learning in prediction.
  • Link Tags

    9
    • alternate
      /recent.rss
    • shortcut icon
      /favicon.ico
    • stylesheet
      /ir-style.css
    • stylesheet
      /ir-custom.css
    • stylesheet
      ../ir-custom.css

Links

33