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Table of Contents

[ 1.6.0 ▼ ](http://pytorch.org/docs/versions.html)

Notes

  * [ Automatic Mixed Precision examples ](notes/amp_examples.html)
  * [ Autograd mechanics ](notes/autograd.html)
  * [ Broadcasting semantics ](notes/broadcasting.html)
  * [ CPU threading and TorchScript inference ](notes/cpu_threading_torchscript_inference.html)
  * [ CUDA semantics ](notes/cuda.html)
  * [ Distributed Data Parallel ](notes/ddp.html)
  * [ Extending PyTorch ](notes/extending.html)
  * [ Frequently Asked Questions ](notes/faq.html)
  * [ Features for large-scale deployments ](notes/large_scale_deployments.html)
  * [ Multiprocessing best practices ](notes/multiprocessing.html)
  * [ Reproducibility ](notes/randomness.html)
  * [ Serialization semantics ](notes/serialization.html)
  * [ Windows FAQ ](notes/windows.html)

Language Bindings

  * [ C++ ](cpp_index.html)
  * [ Javadoc ](https://pytorch.org/javadoc/)

Python API

  * [ torch ](torch.html)
  * [ torch.nn ](nn.html)
  * [ torch.nn.functional ](nn.functional.html)
  * [ torch.Tensor ](tensors.html)
  * [ Tensor Attributes ](tensor_attributes.html)
  * [ Tensor Views ](tensor_view.html)
  * [ torch.autograd ](autograd.html)
  * [ torch.cuda ](cuda.html)
  * [ torch.cuda.amp ](amp.html)
  * [ torch.distributed ](distributed.html)
  * [ torch.distributions ](distributions.html)
  * [ torch.futures ](futures.html)
  * [ torch.hub ](hub.html)
  * [ torch.jit ](jit.html)
  * [ torch.nn.init ](nn.init.html)
  * [ torch.onnx ](onnx.html)
  * [ torch.optim ](optim.html)
  * [ Complex Numbers ](complex_numbers.html)
  * [ Quantization ](quantization.html)
  * [ Distributed RPC Framework ](rpc.html)
  * [ torch.random ](random.html)
  * [ torch.sparse ](sparse.html)
  * [ torch.Storage ](storage.html)
  * [ torch.utils.bottleneck ](bottleneck.html)
  * [ torch.utils.checkpoint ](checkpoint.html)
  * [ torch.utils.cpp_extension ](cpp_extension.html)
  * [ torch.utils.data ](data.html)
  * [ torch.utils.dlpack ](dlpack.html)
  * [ torch.utils.mobile_optimizer ](mobile_optimizer.html)
  * [ torch.utils.model_zoo ](model_zoo.html)
  * [ torch.utils.tensorboard ](tensorboard.html)
  * [ Type Info ](type_info.html)
  * Named Tensors 
  * [ Named Tensors operator coverage ](name_inference.html)
  * [ torch.__config__ ](__config__.html)

Libraries

  * [ torchaudio ](https://pytorch.org/audio)
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  * [ TorchElastic ](https://pytorch.org/elastic/)
  * [ TorchServe ](https://pytorch.org/serve)
  * [ PyTorch on XLA Devices ](http://pytorch.org/xla/)

Community

  * [ PyTorch Contribution Guide ](community/contribution_guide.html)
  * [ PyTorch Governance ](community/governance.html)
  * [ PyTorch Governance | Persons of Interest ](community/persons_of_interest.html)

  * [ Docs ](index.html) >
  * Named Tensors 
  * [ ![](_static/images/view-page-source-icon.svg) ](_sources/named_tensor.rst.txt)

Shortcuts

#  Named Tensors  ¶

Named Tensors aim to make tensors easier to use by allowing users to associate
explicit names with tensor dimensions. In most cases, operations that take
dimension parameters will accept dimension names, avoiding the need to track
dimensions by position. In addition