![PyTorch on X: "For torch <= 1.9.1, AMP was limited to CUDA tensors using ` torch.cuda.amp. autocast()` v1.10 onwards, PyTorch has a generic API `torch. autocast()` that automatically casts * CUDA tensors to PyTorch on X: "For torch <= 1.9.1, AMP was limited to CUDA tensors using ` torch.cuda.amp. autocast()` v1.10 onwards, PyTorch has a generic API `torch. autocast()` that automatically casts * CUDA tensors to](https://pbs.twimg.com/media/FCCdDKKXEAMP0i6.png)
PyTorch on X: "For torch <= 1.9.1, AMP was limited to CUDA tensors using ` torch.cuda.amp. autocast()` v1.10 onwards, PyTorch has a generic API `torch. autocast()` that automatically casts * CUDA tensors to
![PyTorch on X: "Running Resnet101 on a Tesla T4 GPU shows AMP to be faster than explicit half-casting: 7/11 https://t.co/XsUIAhy6qU" / X PyTorch on X: "Running Resnet101 on a Tesla T4 GPU shows AMP to be faster than explicit half-casting: 7/11 https://t.co/XsUIAhy6qU" / X](https://pbs.twimg.com/media/FCCdKxXXEAA0XDf.png)
PyTorch on X: "Running Resnet101 on a Tesla T4 GPU shows AMP to be faster than explicit half-casting: 7/11 https://t.co/XsUIAhy6qU" / X
![What is the correct way to use mixed-precision training with OneCycleLR - mixed-precision - PyTorch Forums What is the correct way to use mixed-precision training with OneCycleLR - mixed-precision - PyTorch Forums](https://discuss.pytorch.org/uploads/default/original/3X/9/9/990b73cc0e21170b3546bd1cd7aad3edc0ba8681.png)
What is the correct way to use mixed-precision training with OneCycleLR - mixed-precision - PyTorch Forums
torch.cuda.amp, example with 20% memory increase compared to apex/amp · Issue #49653 · pytorch/pytorch · GitHub
torch.cuda.amp.autocast causes CPU Memory Leak during inference · Issue #2381 · facebookresearch/detectron2 · GitHub
AttributeError: module 'torch.cuda.amp' has no attribute 'autocast' · Issue #776 · ultralytics/yolov5 · GitHub
![Rohan Paul on X: "📌 The `with torch.cuda.amp.autocast():` context manager in PyTorch plays a crucial role in mixed precision training 📌 Mixed precision training involves using both 32-bit (float32) and 16-bit (float16) Rohan Paul on X: "📌 The `with torch.cuda.amp.autocast():` context manager in PyTorch plays a crucial role in mixed precision training 📌 Mixed precision training involves using both 32-bit (float32) and 16-bit (float16)](https://pbs.twimg.com/media/GAnFpsvWsAAvBtB.jpg:large)
Rohan Paul on X: "📌 The `with torch.cuda.amp.autocast():` context manager in PyTorch plays a crucial role in mixed precision training 📌 Mixed precision training involves using both 32-bit (float32) and 16-bit (float16)
![How distributed training works in Pytorch: distributed data-parallel and mixed-precision training | AI Summer How distributed training works in Pytorch: distributed data-parallel and mixed-precision training | AI Summer](https://theaisummer.com/static/3363b26fbd689769fcc26a48fabf22c9/ee604/distributed-training-pytorch.png)