Skip to content

Latest commit

 

History

History
19 lines (12 loc) · 999 Bytes

README.md

File metadata and controls

19 lines (12 loc) · 999 Bytes

Machine-Learning-CS60050

All projects (assignments) undertaken as part of my Machine Learning Course (CS60050)

Vehicle Insurance Prediction

  • Build Decision Tree Classifer using ID3 algorithm with reduced error pruning using information gain measure.

  • Train Naive Bayes Classifier after outlier removal and calculate accuracy with 10-fold cross validation.

  • Apply laplace correction to get final accuracy.

Lung Cancer Analysis

  • Apply Principal Component Analysis for feature selection (preserve 95% of variance)

  • Apply K-means clustering over varied k values(2-8) and report value for which NMI (Normalised Mutual Information) is maximum.

  • Apply binary SVM classifier with differnet kernels to obtain best accuracy over normalised dataset.

  • Train Multilayer Perceptron models with varying density and hyperparameters. Tune the learning rate to get best accuracy.

  • Use forward sleection method for feature selection and apply ensemble learning (max-voting) to get max accuracy.