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Python PyTorch Autograd: requires_grad and backward
Understand how PyTorch's autograd engine uses requires_grad and backward() to compute gradients, including graph construction, detach(), no_grad(), and common pitfalls.
Managing CUDA Devices and GPU Tensors in PyTorch
Learn how PyTorch manages CUDA devices and GPU tensors: check availability, move tensors with .to(), write device-agnostic code, handle multiple GPUs, and avoid device mismatch errors.
PyTorch Tensor Creation, Indexing, and NumPy Conversion
Learn how to create PyTorch tensors, index and slice them effectively, and convert between tensors and NumPy arrays while avoiding common memory-sharing pitfalls.
python joblib vs pickle: Choosing the Right Serializer
Compare Python's pickle and joblib for object serialization. Learn how joblib handles large NumPy arrays, compression, memory mapping, and when to choose each serializer.
Using joblib Parallel and delayed with multiprocessing
Learn how to parallelize Python loops with joblib's Parallel and delayed, how they relate to multiprocessing, and how to avoid common pitfalls.
Saving and Loading Scikit-Learn Models With Joblib in Python
Learn how to save and load scikit-learn models with joblib, including dump/load syntax, compression, version compatibility, and when joblib is a better choice than pickle.
Python sklearn random_state Reproducibility
Learn how random_state in scikit-learn controls randomness and how to set it for data splits, estimators, pipelines, and cross-validation to make experiments reproducible.
Python sklearn Class Imbalance Handling: Practical Strategies
Practical techniques for handling imbalanced datasets with Python and sklearn: class_weight, resampling with imbalanced-learn, SMOTE, and evaluation metrics.
Save and Load sklearn Models with Joblib
python sklearn save and load models with joblib: Save trained scikit-learn models with joblib.dump and restore them with joblib.load, including compression, version co...
MSE, RMSE, and R²: Regression Metrics with scikit-learn in Python
Learn how to compute and interpret MSE, RMSE, and R² for regression models using scikit-learn. Includes code examples and practical guidance for choosing the right metric.