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(i) Identify and extract mean reversion, (swing points) data points from non-stationary data, (ii) generate interpretable rules to predict such data points (iii) using supervised machine learning classification models in R such as GBM and RF.

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GBM_reversion

(i) Identify and extract mean reversion, (swing points) data points from non-stationary data, (ii) generate interpretable rules to predict such data points (iii) using supervised machine learning classification models in R such as GBM and RF.

inTrees (interpretable trees) is a framework for extracting, measuring, pruning, selecting and summarizing rules from a tree ensemble (so far including random forest, RRF and gbm). All algorithms for classification, and some for regression have been implemented in the "inTrees" R package. For Latex user: these rules can be easily formatted as latex code.

##Stack:

  • EasyLanguage (C++)
  • T-SQL (MS SQL Server 2016)
  • R

Built With

  • inTrees - The framework used to extract rules from tree ensembles
  • Random GLM - Highly interpretable GLM ensembles

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(i) Identify and extract mean reversion, (swing points) data points from non-stationary data, (ii) generate interpretable rules to predict such data points (iii) using supervised machine learning classification models in R such as GBM and RF.

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