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Ipynb viewer ios
Ipynb viewer ios




ipynb viewer ios

Specific wrapper code when deploying models on devices. Which can further reduce your model latency and size with minimal loss inĪdd metadata, which makes it easier to create platform # > converter = tf._concrete_functions()Ĭonverter = tf._concrete_functions(, # from_concrete_functions API is able to work when there is only the first # Notes that for the versions earlier than TensorFlow 2.7, the # (to generate a SavedModel) tf.saved_model.save(model, "saved_model_tf_dir")Ĭoncrete_func = model._call_.get_concrete_function() # (ro run your model) result = Squared(5.0) # This prints "25.0" # Create a model using low-level tf.* APIs

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The following example shows how to convert # (to generate a SavedModel) tf.saved_model.save(model, "saved_model_keras_dir")Ĭonverter = tf._keras_model(model) Model.fit(x=, y=, epochs=5) # train the model pile(optimizer='sgd', loss='mean_squared_error') # compile the model # Create a model using high-level tf.keras.* APIs The following example shows how to convert aĬonverter = tf._saved_model(saved_model_dir) # path to the SavedModel directory Note: The following sections assume you've both installed TensorFlow 2.x and It to a Frozen GraphDef file and then use this API as shown If you have checkpoints, then first convert

  • tf.compat.v1._frozen_graph(): Converts aįrozen GraphDef from a file.
  • tf.compat.v1._session(): Converts a GraphDef.
  • tf.compat.v1._keras_model_file(): Converts a.
  • tf.compat.v1._saved_model(): Converts a.
  • tf._saved_model() ( recommended): Converts.
  • Result, you have the following three options (examples are in the next few The low-level tf.* APIs (from which you generate concrete functions). Generated either using the high-level tf.keras.* APIs (a Keras model) or You have the following two options: ( if you'veĪ TensorFlow 2.x model is stored using the SavedModel format and is Print(tf._version_) and to learn more about the TensorFlow Lite converterĪPI, run print(help(tf.lite.TFLiteConverter)). Helper code: To identify the installed TensorFlow version, run Note: In case you encounter any issues during model conversion, create a
  • Command line: This only supports basic model conversion.
  • Optimizations, add metadata and has many more features.

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  • Python API ( recommended): This makes it easier toĬonvert models as part of the model development pipeline, apply.
  • You have the following two options for using the The TensorFlow Lite converter takes a TensorFlow model and generates a






    Ipynb viewer ios