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@SS-JIA SS-JIA commented Dec 30, 2025

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Batch normalization is typically used with 4D tensors (batch, channels, height, width) in convolutional neural networks. This change adds input validation to ensure batch norm is only lowered to the Vulkan backend when the input tensor is 4-dimensional. For other input shapes, the operator will fall back to other backends.

The implementation follows the same pattern as the convolution operator, using an are_node_inputs_supported_fn callback to validate input shapes during graph partitioning. This prevents potential issues with batch norm on unsupported tensor shapes and makes the operator requirements explicit.

Differential Revision: D89935219

Batch normalization is typically used with 4D tensors (batch, channels, height, width) in convolutional neural networks. This change adds input validation to ensure batch norm is only lowered to the Vulkan backend when the input tensor is 4-dimensional. For other input shapes, the operator will fall back to other backends.

The implementation follows the same pattern as the convolution operator, using an `are_node_inputs_supported_fn` callback to validate input shapes during graph partitioning. This prevents potential issues with batch norm on unsupported tensor shapes and makes the operator requirements explicit.

Differential Revision: [D89935219](https://our.internmc.facebook.com/intern/diff/D89935219/)

[ghstack-poisoned]
SS-JIA pushed a commit that referenced this pull request Dec 30, 2025
Batch normalization is typically used with 4D tensors (batch, channels, height, width) in convolutional neural networks. This change adds input validation to ensure batch norm is only lowered to the Vulkan backend when the input tensor is 4-dimensional. For other input shapes, the operator will fall back to other backends.

The implementation follows the same pattern as the convolution operator, using an `are_node_inputs_supported_fn` callback to validate input shapes during graph partitioning. This prevents potential issues with batch norm on unsupported tensor shapes and makes the operator requirements explicit.

Differential Revision: [D89935219](https://our.internmc.facebook.com/intern/diff/D89935219/)

ghstack-source-id: 331442243
Pull Request resolved: #16420
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@meta-cla meta-cla bot added the CLA Signed This label is managed by the Facebook bot. Authors need to sign the CLA before a PR can be reviewed. label Dec 30, 2025
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…rs only"

Batch normalization is typically used with 4D tensors (batch, channels, height, width) in convolutional neural networks. This change adds input validation to ensure batch norm is only lowered to the Vulkan backend when the input tensor is 4-dimensional. For other input shapes, the operator will fall back to other backends.

The implementation follows the same pattern as the convolution operator, using an `are_node_inputs_supported_fn` callback to validate input shapes during graph partitioning. This prevents potential issues with batch norm on unsupported tensor shapes and makes the operator requirements explicit.

Differential Revision: [D89935219](https://our.internmc.facebook.com/intern/diff/D89935219/)

[ghstack-poisoned]
SS-JIA pushed a commit that referenced this pull request Dec 30, 2025
Pull Request resolved: #16420

Batch normalization is typically used with 4D tensors (batch, channels, height, width) in convolutional neural networks. This change adds input validation to ensure batch norm is only lowered to the Vulkan backend when the input tensor is 4-dimensional. For other input shapes, the operator will fall back to other backends.

The implementation follows the same pattern as the convolution operator, using an `are_node_inputs_supported_fn` callback to validate input shapes during graph partitioning. This prevents potential issues with batch norm on unsupported tensor shapes and makes the operator requirements explicit.
ghstack-source-id: 331443282
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Differential Revision: [D89935219](https://our.internmc.facebook.com/intern/diff/D89935219/)
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