Federated Learning with fastai and Flower (Quickstart Example)ΒΆ
This introductory example to Flower uses fastai, but deep knowledge of fastai is not necessarily required to run the example. The example will help you understand how to adapt Flower to your specific use case, and running it is quite straightforward.
fastai is a deep learning library built on PyTorch which provides practitioners with high-level components for building deep learning projects. In this example, we will train a SqueezeNet v1.1 model on the MNIST dataset. The data will be downloaded and partitioned using Flower Datasets.
Set up the projectΒΆ
Clone the projectΒΆ
Start by cloning the example project:
git clone --depth=1 https://github.com/adap/flower.git _tmp \
&& mv _tmp/examples/quickstart-fastai . \
&& rm -rf _tmp && cd quickstart-fastai
This will create a new directory called quickstart-fastai
containing the following files:
quickstart-fastai
βββ fastai_example
β βββ client_app.py # Defines your ClientApp
β βββ server_app.py # Defines your ServerApp
β βββ task.py # Defines your model, training and data loading
βββ pyproject.toml # Project metadata like dependencies and configs
βββ README.md
Install dependencies and projectΒΆ
Install the dependencies defined in pyproject.toml
as well as the fastai_example
package.
pip install -e .
Run the projectΒΆ
You can run your Flower project in both simulation and deployment mode without making changes to the code. If you are starting with Flower, we recommend you using the simulation mode as it requires fewer components to be launched manually. By default, flwr run
will make use of the Simulation Engine.
Run with the Simulation EngineΒΆ
flwr run .
You can also override some of the settings for your ClientApp
and ServerApp
defined in pyproject.toml
. For example:
flwr run . --run-config num-server-rounds=5
Run with the Deployment EngineΒΆ
[!NOTE] An update to this example will show how to run this Flower application with the Deployment Engine and TLS certificates, or with Docker.