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CodeFlare Pipelines reimagined pipelines to provide a more intuitive API for the data scientist to create AI/ML pipelines, data workflows, pre-processing, post-processing tasks, and many more which can scale from a laptop to a cluster seamlessly.
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**CodeFlare Pipelines** reimagined pipelines to provide a more intuitive API for the data scientist to create AI/ML pipelines, data workflows, pre-processing, post-processing tasks, and many more which can scale from a laptop to a cluster seamlessly.
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See the API documentation [here](https://codeflare.readthedocs.io/en/latest/codeflare.pipelines.html), and reference use case documentation in the Examples section.
The step above should automatically open a browser window and connect to a running Jupyter server.
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If you are using any one of the recommended cloud based deployments, examples are found in the `codeflare/notebooks` directory in the container image. The examples can be executed directly from the Jupyter environment.
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If you are using any one of the recommended cloud based deployments (see below), examples are found in the `codeflare/notebooks` directory in the container image. The examples can be executed directly from the Jupyter environment.
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As a first example of the API usage, see the [sample pipeline](https://github.com/project-codeflare/codeflare/blob/main/notebooks/sample_pipeline.ipynb).
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For an example of how CodeFlare Pipelines can be used to scale out and speed up common machine learning problems, see the [grid search](https://github.com/project-codeflare/codeflare/blob/develop/notebooks/Grid%20Search%20Sample.ipynb) example. It shows how hyperparameter optimization for a reference pipeline can be scaled with both task and data parallelism.
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For an example of how CodeFlare Pipelines can be used to scale out common machine learning problems, see the [grid search](https://github.com/project-codeflare/codeflare/blob/develop/notebooks/Grid%20Search%20Sample.ipynb) example. It shows how hyperparameter optimization for a reference pipeline can be scaled and accelerated with both task and data parallelism.
The step above should automatically open a browser window and connect to a running Jupyter server.
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If you are using any one of the recommended cloud based deployments, examples are found in the `codeflare/notebooks` directory in the container image. The examples can be executed directly from the Jupyter environment.
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If you are using any one of the recommended cloud based deployments (see below), examples are found in the `codeflare/notebooks` directory in the container image. The examples can be executed directly from the Jupyter environment.
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As a first example of the API usage, see the [sample pipeline](https://github.com/project-codeflare/codeflare/blob/main/notebooks/sample_pipeline.ipynb).
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For an example of how CodeFlare Pipelines can be used to scale out and speed up common machine learning problems, see the [grid search](https://github.com/project-codeflare/codeflare/blob/develop/notebooks/Grid%20Search%20Sample.ipynb) example. It shows how hyperparameter optimization for a reference pipeline can be scaled with both task and data parallelism.
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For an example of how CodeFlare Pipelines can be used to scale out common machine learning problems, see the [grid search](https://github.com/project-codeflare/codeflare/blob/develop/notebooks/Grid%20Search%20Sample.ipynb) example. It shows how hyperparameter optimization for a reference pipeline can be scaled and accelerated with both task and data parallelism.
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