TensorFlow and PyTorch are the leading deep learning frameworks. PyTorch uses eager execution for intuitive debugging and dynamic computation graphs. TensorFlow 2.x adopted eager execution, moving closer to PyTorch's approach. PyTorch's define-by-run paradigm feels more Pythonic and natural. TensorFlow's production deployment ecosystem is more mature with TF Serving and TFX. PyTorch dominates academic research with most papers using it. TensorFlow has wider enterprise adoption and deployment tooling. PyTorch's debugging with standard Python tools is straightforward. TensorFlow requires tf.function decorator for graph optimization. PyTorch's torch.jit.trace converts to graphs for production. TensorFlow's Keras API provides high-level model building. PyTorch Lightning offers structured training with less boilerplate. Both training, mixed precision, and deployment. TensorFlow.js enables browser-based ML inference. PyTorch's ONNX export improves interoperability. TensorFlow's TFLite targets mobile and edge devices. Community size is large for both frameworks. Learning both provides maximum flexibility. PyTorch is recommended for research and rapid prototyping. TensorFlow is preferred for production systems requiring robust deployment.

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