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TensorFlow vs PyTorch

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TensorFlow vs PyTorch - A key comparison and difference of the topics or subjects that will help you understand which is best for your use case. Check out to compare PyTorch and TensorFlow as very common job interview questions.

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Perbedaan antara TensorFlow dan PyTorch

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TensorFlow Interview	PyTorch Interview
Written in Python, C++ and CUDA.	Written in Python, C++, CUDA and is based on Torch (written in Lua).
Developed by Google.	Developed by Facebook (now Meta AI).
API level: High and Low	API level: Low
Complex GPU installation.	Simple GPU installation.
Debugging: Difficult to conduct debugging and requires the TensorFlow debugger tool.	Debugging: Easy to debug as it uses dynamic computational process.
Architecture: TensorFlow is difficult to use/implement but with Keras, it becomes bit easier.	Architecture: Complex and difficult to read and understand.
Learning Curve: Steep and bit difficult to learn.	Learning Curve: Easy to learn.
Distributed Training: To allow distributed training, you must code manually and optimize every operation run on a specific device.	Distributed Training: By relying on native support for asynchronous execution through Python it gains optimal performance in the area of data parallelism.
APIs for Deployment/Serving Framework: TensorFlow serving.	APIs for Deployment/Serving Framework: TorchServe
Key Differentiator: Easy-to-develop models.	Key Differentiator: Highly 'Pythonic' and focuses on usability with careful performance considerations.
Widely used at the production level in Industry.	PyTorch is more popular in the research community.
Tools: TensorFlow Serving, TensorFlow Extended, TF Lite, TensorFlow.js, TensorFlow Cloud, Model Garden, MediaPipe and Coral.	Tools: TorchVision, TorchText, TorchAudio, PyTorch-XLA, PyTorch Hub, SpeechBrain, TorchX, TorchElastic and PyTorch Lightning.
Utilization: Large-scale deployment.	Utilization: Research-oriented and rapid prototype development.

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