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What’s new in TensorFlow 2.11?

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Posted by the Tensor Flow Team

is a TensorFlow API for distributed processing that allows models to seamlessly move from data parallelism to single program multiple data (SPMD) based model parallelism, including spatial partitioning. It gives you tools to easily train models where the model weights or inputs are so large they don’t fit on a single device. We’ve made several updates in TensorFlow v2.11.

DTensor supports tf.train.Checkpoint
You can now checkpoint a DTensor model using .

A new unified accelerator initialization API
We’ve introduced a new unified accelerator initialization API and . The DTensorDataset API can be used to efficiently handle loading the input data directly as DTensors by correctly packing it to the corresponding devices. It can be used for both data and model parallel training setups. See the API documentation linked above for more examples.

Keras

The new Keras Optimizers API is ready

In , tf.keras.optimizers.experimental, to provide a more unified and expanded catalog of built-in optimizers which can be more easily customized and extended. In TensorFlow 2.11, we’re happy to share that the Optimizer migration is complete, and the new optimizers are on by default.

The old Keras Optimizers are available under tf.keras.optimizers.legacy. These will never be deleted, but they will not see any new feature additions. New optimizers will only be implemented based on for possible issues, and the . Group Normalization divides the channels into groups and computes within each group the mean and variance for normalization. Empirically, its accuracy can be more stable than batch norm in a wide range of small batch sizes, if learning rate is adjusted linearly with batch sizes. See the API doc for more details, and try it out!

. It lets you initialize embedding vectors for a new vocabulary from another set of embedding vectors, usually trained on a previous run.

new_embedding = layers.Embedding(vocab_size, embedding_depth)
new_embedding.build(input_shape=[None])
new_embedding.embeddings.assign(
    tf.keras.utils.warmstart_embedding_matrix(
        base_vocabulary=base_vectorization.get_vocabulary(),
        new_vocabulary=new_vectorization.get_vocabulary(),
        base_embeddings=base_embedding.embeddings,
        new_embeddings_initializer="uniform")

See the tutorial, and the new , . We’ve also updated class has been added. This class provides a flexible and TensorFlow-native way to encode structured data such as protocol buffers or pandas dataframes. StructuredTensor allows you to write readable code that can be used with . Here’s a quick example.

documents = tf.constant([
    "Hello world",
    "StructuredTensor is cool"])

@tf.function
def parse_document(documents):
tokens = tf.strings.split(documents)
token_lengths = tf.strings.length(tokens)

ext_tokens = tf.experimental.StructuredTensor.from_fields_and_rank(
    {"tokens":tokens,
      "length":token_lengths}, rank=documents.shape.rank + 1)

return tf.experimental.StructuredTensor.from_fields_and_rank({
    "document":documents,
    "tokens":ext_tokens}, rank=documents.shape.rank)

st = parse_document(documents)


A StructuredTensor can be accessed either by index, or by field name(s).

>>> st[0].to_pyval()
{'document': b'Hello world',
'tokens': [{'length': 5, 'token': b'Hello'},
  {'length': 5, 'token': b'world'}]}


Under the hood, the fields are encoded as Tensors and RaggedTensors.

>>> st.field_value(("tokens", "length"))

<tf.RaggedTensor [[5, 5], [16, 2, 4]]>

You can learn more in the API doc linked above.

Coming soon

Deprecating Estimator and Feature Column

Effective with the release of TensorFlow 2.12, TensorFlow 1’s Estimator and Feature Column APIs will be considered fully deprecated, in favor of their robust and complete equivalents in Keras. As modules running v1.Session-style code, Estimators and Feature Columns are difficult to write correctly and are especially prone to behave unexpectedly, especially when combined with code from TensorFlow 2.

As the primary gateways into most of the model development done in TensorFlow 1, we’ve taken care to ensure their replacements have feature parity and are actively supported. Going forward, model building with - either directly or through the TF 2.12 one-stop utility for more information. To stay up to date, you can read the TensorFlow , or subscribe to . For feedback, please file an issue on . Thank you!

Vollständiger Original-Bericht
Ausführliche Details, Code-Beispiele & Hersteller-Stellungnahme auf blog.tensorflow.org.
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