Transformers.js

Identify objects in images with Transformers.js

What is Transformers.js ?

Transformers.js is a JavaScript library designed for object detection tasks. It allows developers to easily integrate pre-trained models into their web applications to identify objects within images. Built using modern JavaScript and machine learning technologies, Transformers.js simplifies the process of implementing object detection in web-based environments.

Features

  • Pre-trained Models: Supports popular object detection models like YOLO, SSD, and Faster R-CNN.
  • Real-Time Detection: Enables real-time object detection in images and video streams.
  • Integration with Popular Libraries: Compatible with TensorFlow.js and other JavaScript machine learning libraries.
  • Customizable: Allows users to fine-tune models for specific use cases.
  • Cross-Browser Support: Works seamlessly across modern web browsers.
  • ** Lightweight and Efficient**: Optimized for performance in web environments.

How to use Transformers.js ?

  1. Install Transformers.js: Use npm to install the package: npm install transformers.js
  2. Import the Library: Include Transformers.js in your project:
    import Transformers from 'transformers.js';
    
  3. Load a Pre-trained Model: Load a model for object detection:
    const model = await Transformers.loadModel('yolo');
    
  4. Detect Objects in an Image: Pass an image element or URL to the model:
    const image = document.getElementById('image');
    const results = await model.detect(image);
    
  5. Process Results: Use the returned bounding boxes and class labels as needed.

Frequently Asked Questions

What browsers are supported by Transformers.js?
Transformers.js is optimized for modern browsers, including Chrome, Firefox, Safari, and Edge.

Can I use Transformers.js for video object detection?
Yes, Transformers.js supports object detection in video streams by processing individual frames.

How accurate is Transformers.js compared to desktop-based solutions?
Transformers.js provides accurate results for web-based applications, though performance may vary depending on the model and hardware.