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  1. KerasCV and KerasHub can be installed via pip: You can export the environment variable KERAS_BACKEND or you can edit your local config file at ~/.keras/keras.json to configure your backend. Available backend options are: "jax", "tensorflow", "torch". Example: In Colab, you can do:

  2. In general, there are two ways to install Keras and TensorFlow: Install a Python distribution that includes hundreds of popular packages (including Keras and TensorFlow) such as ActivePython. Use pip to install TensorFlow, which will also install Keras at the same time.

  3. 2 maj 2024 · Keras provides two main ways to build models: The Sequential API are easy to work with models with a single input and output and a linear stack of layers. Whereas, the Functional API can be used for models that require multiple inputs and outputs, or layers have multiple inputs or outputs. Here’s how you can define a Sequential model:

  4. pypi.org › project › keraskeras · PyPI

    26 lis 2024 · Installation Install with pip. Keras 3 is available on PyPI as keras. Note that Keras 2 remains available as the tf-keras package. Install keras: pip install keras --upgrade Install backend package(s). To use keras, you should also install the backend of choice: tensorflow, jax, or torch.

  5. 11 cze 2024 · Through the step-by-step implementation outlined in this guide, we've seen how to preprocess data, define the neural network architecture, compile the model with appropriate parameters, train the model using training data, and evaluate its performance using test data.

  6. 13 lis 2017 · Try from tensorflow.python import keras. with this, you can easily change keras dependent code to tensorflow in one line change. You can also try from tensorflow.contrib import keras. This works on tensorflow 1.3. Edited: for tensorflow 1.10 and above you can use import tensorflow.keras as keras to get keras in tensorflow.

  7. 23 kwi 2024 · Setting Up: How to install Keras using either conda or pip. Keras Basics: Understanding models, layers, loss functions, and optimizers. First Neural Network: A step-by-step guide to building a model with the MNIST dataset. Saving and Loading Models: How to keep your work safe and sound.

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