Annotation Tool
Support by Parquet, CSV, Jsonl, XLS
Display translation benchmark results from NTREX dataset
Browse TheBloke models' history
Evaluate evaluators in Grounded Question Answering
Browse and view Hugging Face datasets from a collection
Upload files to a Hugging Face repository
Explore recent datasets from Hugging Face Hub
Manage and label data for machine learning projects
Create a domain-specific dataset seed
Curate and manage datasets for AI and machine learning
Search and find similar datasets
Organize and process datasets for AI models
Math is a powerful annotation tool designed for dataset creation and management in machine learning workflows. It provides a streamlined platform to configure and manage datasets, enabling users to efficiently label, process, and prepare data for model training. Math is tailored for machine learning professionals and teams looking to optimize their data preparation pipelines.
• Support for Various Data Types: Easily annotate text, images, audio, and other formats. • Custom Labeling: Define and apply custom labels, tags, and categories to your dataset. • Collaboration Tools: Work with teams in real-time, assign tasks, and track progress. • Automated Annotation: Leverage AI-powered suggestions to speed up the labeling process. • Data Validation: Ensure consistency and quality with built-in validation rules. • Integration with ML Pipelines: Seamlessly export datasets to popular machine learning frameworks. • Version Control: Track changes and maintain different versions of your dataset.
What data formats does Math support?
Math supports a wide range of data formats, including text files, images, audio files, and structured data formats like JSON and CSV.
Can I use Math for real-time collaboration?
Yes, Math includes collaboration tools that allow teams to work together in real-time, with features like task assignment and progress tracking.
How does Math integrate with machine learning pipelines?
Math allows you to export datasets in formats compatible with popular machine learning frameworks such as TensorFlow, PyTorch, and Scikit-learn, making it easy to integrate with your existing workflows.