8acf4b223b | ||
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.. | ||
onnx-tests | ||
src | ||
Cargo.toml | ||
DEVELOPMENT.md | ||
LICENSE-APACHE | ||
LICENSE-MIT | ||
README.md | ||
SUPPORTED-ONNX-OPS.md | ||
build.rs |
README.md
Burn Import: A Crate for ONNX Model Import into the Burn Framework
burn-import
facilitates the seamless import of machine learning models, particularly those in the
ONNX format, into the Burn deep learning framework. It automatically generates Rust source code,
aligns the model structure with Burn's native format, and converts tensor data for Burn
compatibility.
Note: This crate is in active development and currently supports a limited set of ONNX operators.
Working Examples
For practical examples, please refer to:
Usage
Importing ONNX Models
Follow these steps to import an ONNX model into your Burn project:
-
Update
build.rs
: Include the following Rust code in yourbuild.rs
file:use burn_import::onnx::ModelGen; fn main() { // Generate Rust code from the ONNX model file ModelGen::new() .input("src/model/model_name.onnx") .out_dir("model/") .run_from_script(); }
-
Modify
mod.rs
: Add this code to themod.rs
file located insrc/model
:pub mod model_name { include!(concat!(env!("OUT_DIR"), "/model/model_name.rs")); }
-
Utilize Imported Model: Use the following sample code to incorporate the imported model into your application:
mod model; use burn::tensor; use burn_ndarray::NdArray; use model::model_name::Model; fn main() { // Initialize a new model instance let model: Model<NdArray<f32>> = Model::new(); // Create a sample input tensor (zeros for demonstration) let input = tensor::Tensor::<NdArray<f32>, 4>::zeros([1, 1, 28, 28]); // Execute the model let output = model.forward(input); // Display the output println!("{:?}", output); }
Contribution
Interested in contributing to burn-import
? Check out our development guide for
more information.