Time Series Prediction: Methods, Models, and Applications
Explore time series forecasting methods including ARIMA, exponential smoothing, and seasonal decomposition for real-world prediction tasks.
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Explore time series forecasting methods including ARIMA, exponential smoothing, and seasonal decomposition for real-world prediction tasks.
Understand decision tree algorithms for classification and regression, their pros and cons, and build an Iris classifier with Python code.
Learn SVM theory including hyperplanes and the kernel trick, then build a classifier on the breast cancer dataset using scikit-learn.
Build a logistic regression model to predict diabetes outcomes using the Pima Indians dataset, covering sigmoid functions, feature scaling, and evaluation.
Implement K-Nearest Neighbors classification using scikit-learn with data visualization, model training, and performance evaluation on real datasets.
Understand the KNN algorithm — how it works, distance metrics, choosing K, and its applications in both classification and regression tasks.
Compare Naive Bayes, SVM, Decision Tree, and Random Forest for email spam detection with a complete Python pipeline from data loading to evaluation.
Learn Occam's Razor, regularization, pruning, ensemble methods, cross-validation, Bayesian model selection, genetic algorithms, and more to boost ML performance.
Master MAE, MSE, R², RMSE, accuracy, precision, recall, F1-score, AUC-ROC, and confusion matrices with formulas and Python code examples.
Understand the bias-variance tradeoff in machine learning with mathematical formulas, visual explanations, and strategies to find the right balance.
Build an insurance cost prediction model using multivariate linear regression with one-hot encoding, evaluation metrics, and residual analysis.
Master 7 encoding techniques for categorical variables — one-hot, label, dummy, binning, count, frequency, and target encoding with Python examples.