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A comprehensive project analyzing player defensive performance in baseball. Includes data preprocessing, predictive modeling with logistic regression and random forests, and defensive metrics calculations. Outputs player-specific insights like airout rates, positional plays, and performance summaries for informed decision-making.

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Air-Out-Probabilities

This project develops machine learning models to predict air-out probabilities for batted balls in Minor League Baseball using 2023 season data. The dataset includes play metadata, Trackman metrics, and player defensive data. The project involves:

  1. Data Preprocessing: Handling missing values, feature selection, and encoding categorical variables.
  2. Modeling: Comparing Logistic Regression and Random Forest models for prediction accuracy. The Random Forest model achieved superior performance with a validation log loss of 0.283.
  3. Insights and Applications: Results inform player development and coaching strategies by providing actionable metrics on defensive performance.

About

A comprehensive project analyzing player defensive performance in baseball. Includes data preprocessing, predictive modeling with logistic regression and random forests, and defensive metrics calculations. Outputs player-specific insights like airout rates, positional plays, and performance summaries for informed decision-making.

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1 watching

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