rten-examples

rten-examples

This crate contains example projects showing how to convert and run models for common tasks across various modalities. See Example descriptions for a summary of what each example does.

Running an example

Each example has a main function with a comment above it describing the steps to fetch the ONNX model, convert it to the format used by this library and run the example.

The general steps to run an example are:

1. Download the ONNX model. These usually come from Hugging Face, the ONNX Model Zoo or pre-created ONNX models by the model authors.

2. Convert the ONNX model to this library's format using the rten-convert package:

   $ rten-convert <onnx_model> <output_model>

3. Run the example using:

   $ cargo run -r --bin <example_name> <model_path> <...args>

   Where ...args refers to the example-specific arguments, such as input data. The syntax and flags for an individual example can be displayed using its --help command:

   Note the -r flag to create a release build. This is required as the examples will run very slowly in debug builds.

   $ cargo run -r --bin <example_name> -- --help

   Note the -- before --help. Without this cargo will print its own help info.

Example descriptions

The examples have been chosen to cover common tasks and popular models.

Vision

• imagenet - Classification of images using models trained on ImageNet. This example works with a wide variety of models, such as ResNet, MobileNet, ConvNeXt, ViT.
• deeplab - Semantic segmentation of images using DeepLabv3
• depth_anything - Monocular depth estimation using Depth Anything
• detr - Object detection using DETR
• distilvit - Image captioning using Mozilla's DistilViT
• rmbg - Background removal using BRIA Background Removal
• segment_anything - Image segmentation using Segment Anything
• trocr - Recognize text using TrOCR
• yolo - Object detection using Ultralytics YOLO

Text

• bert_qa - Extractive question answering using BERT-based models which have been fine-tuned on the SQuAD dataset
• gpt2 - Text generation using the GPT-2 language model.
• jina_similarity - Sentence similarity using vector embeddings of sentences
• qwen2_chat - Chatbot using Qwen2

Audio

• piper - Text-to-speech using Piper models
• silero - Speech detection using Silero VAD
• wav2vec2 - Speech recognition of .wav audio using wav2vec2