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[Docs] Fix 404 links, remove outdated Fluid docs, and update arXiv references (#7590)
* 修复tensorflow的链接失效问题,对应表格第一列 * Fix typo in TensorFlow initializer link * Fix links to PaddlePaddle API in tensor_cn.md Updated links in the tensor_cn.md documentation to point to the correct paths for PaddlePaddle API references. * Update image links in tensor_cn.md * Update image links in tensor_en.md * Update image URLs to include raw parameter * Fix ROCm documentation links and file paths Updated links and references to ROCm documentation and file paths in the Paddle C86 guide. * Update links in tensor_cn.md to point to new URLs * Update links in tensor_cn.md to relative paths fix the png * Delete docs/api_guides/X2Paddle/TensorFlow-Fluid.rst * Delete docs/api_guides/X2Paddle/Caffe-Fluid.rst * Fix C++ Data Feeding link in Python Data Feeding doc Updated the link for C++ Data Feeding documentation to point to the correct repository. * Update image links in channel documentation * Change image source in select_op documentation Updated the image source for the select_op workflow. * Fix C++ Data Feeding link in Python Data Feeding doc Updated the link to the C++ Data Feeding documentation for accuracy. * Update reference format for SubmConv2D_cn.rst * Update PSROIPooling reference in documentation * Update FastEmit parameter description in RNNTLoss_cn.rst * Update reference format in hardswish_cn.rst * Update label smoothing reference in documentation * Update fastemit_lambda description with reference link * fix png links * fix according to the review * Fix links for MIOpen operator registration Updated links for MIOpen operator registration section to reflect the correct file paths for Paddle's implementation.
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docs/api/paddle/nn/RNNTLoss_cn.rst

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- **blank** (int,可选) - 空格标记的 ID 值,其取值范围为 [0, num_classes + 1)。数据类型支持 int32。默认值为 0。
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- **fastemit_lambda** (float,默认 0.001) - FastEmit 的正则化参数(https://arxiv.org/pdf/2010.11148.pdf)
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- **fastemit_lambda** (float,默认 0.001) - FastEmit 的正则化参数,具体请参考:`FastEmit: Low-latency Streaming ASR with Sequence-level Emission Regularization <https://arxiv.org/pdf/2010.11148.pdf>`_
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- **reduction** (str,可选) - 表示如何平均损失,候选是 ``'none'`` | ``'mean'`` | ``'sum'`` 。如果是 ``'mean'`` ,输出将是损失的总和并除以 batch_size;如果是 ``'sum'``,返回损失的总和;如果为 ``'none'``,则不应用 reduction。默认是 ``'mean'``。
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- **name** (str,可选) - 操作名称,默认为 None。
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docs/api/paddle/nn/functional/hardswish_cn.rst

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.. py:function:: paddle.nn.functional.hardswish(x, name=None)
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hardswish 激活函数。在 MobileNetV3 架构中被提出,相较于 swish 函数,具有数值稳定性好,计算速度快等优点,具体原理请参考:https://arxiv.org/pdf/1905.02244.pdf
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hardswish 激活函数。在 MobileNetV3 架构中被提出,相较于 swish 函数,具有数值稳定性好,计算速度快等优点,具体原理请参考:`Searching for MobileNetV3 <https://arxiv.org/pdf/1905.02244.pdf>`_ 。
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.. math::
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docs/api/paddle/nn/functional/label_smooth_cn.rst

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其中 :math:`1-\epsilon` 和 :math:`\epsilon` 分别是权重,:math:`\tilde{y_k}` 是平滑后的标签,通常 :math:`\mu` 使用均匀分布。
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关于更多标签平滑的细节,`查看论文 <https://arxiv.org/abs/1512.00567>`_ 。
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关于更多标签平滑的细节请参考论文:`Rethinking the Inception Architecture for Computer Vision <https://arxiv.org/abs/1512.00567>`_ 。
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docs/api/paddle/nn/functional/rnnt_loss_cn.rst

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- **input_lengths** (Tensor) - 每个输入序列的长度,它应该有形状 [batch_size] 和 dtype int64。
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- **label_lengths** (Tensor) - 每个标签序列的长度,它应该有形状 [batch_size] 和 dtype int64。
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- **blank** (int,可选) - RNN-T loss 的空白标签索引,处于半开放区间 [0,B)。数据类型必须为 int32。默认值为 0。
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- **fastemit_lambda** (float,默认 0.001) - FastEmit 的正则化参数(https://arxiv.org/pdf/2010.11148.pdf)
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- **fastemit_lambda** (float,默认 0.001) - FastEmit 的正则化参数,参考论文:`FastEmit: Low-latency Streaming ASR with Sequence-level Emission Regularization <https://arxiv.org/pdf/2010.11148.pdf>`_
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- **reduction** (str,可选) - 表示如何平均损失,候选是 ``'none'`` | ``'mean'`` | ``'sum'`` 。如果 :attr:`reduction` 是 ``'mean'``,输出将是损失的总和并除以 batch_size;如果 :attr:`reduction` 是 ``'sum'``,返回损失的总和;如果 :attr:`reduction` 为 ``'none'``,则不应用 reduction。默认是 ``'mean'``。
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- **name** (str,可选) - 操作名称,默认为 None。
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docs/api/paddle/sparse/nn/SubmConv2D_cn.rst

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- :math:`X` : 输入值, NDHWC 格式的 Tencer。
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- :math:`W` : 卷积核值, NDHWC 格式的 Tencer。
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- :math:`\\ast` : 子流形卷积运算, 参考论文: https://arxiv.org/abs/1706.01307。
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- :math:`\\ast` : 子流形卷积运算, 参考论文: `Submanifold Sparse Convolutional Networks <https://arxiv.org/abs/1706.01307>`_
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- :math:`b` : 偏置值, 形状为[M]的 1-D Tencer。
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- :math:`Out` : 输出值, :math:`Out` 和 :math:`X` 的形状可能不同。
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docs/api/paddle/vision/ops/psroi_pool_cn.rst

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位置敏感的兴趣区域池化(也称为 PSROIPooling),是在指定输入的感兴趣区域上执行位置敏感的平均池化。它在非均匀大小的输入上执行并获得固定大小的特征图。
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PSROIPooling 由 R-FCN 提出。更多详细信息,请参阅 https://arxiv.org/abs/1605.06409。
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PSROIPooling 由 R-FCN 提出。更多详细信息,请参阅 `R-FCN: Object Detection via Region-based Fully Convolutional Networks <https://arxiv.org/abs/1605.06409>`_
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docs/api_guides/X2Paddle/Caffe-Fluid.rst

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