NVIDIA AI Ecosystem: Related Tools
NVIDIA AI Ecosystem: Related Tools
NVIDIA AI Ecosystem: Related Tools
After preparing your data with NeMo Curator, you’ll likely want to use it to train models. NVIDIA provides an integrated ecosystem of AI tools that work seamlessly with data prepared by NeMo Curator. This guide outlines the related tools for your next steps.
NVIDIA NeMo is an end-to-end framework for building, training, and fine-tuning GPU-accelerated language models. It provides:
Tokenizers transform text into tokens that language models can interpret. NeMo Curator provides MegatronTokenizerWriter for tokenizing curated datasets and exporting them in the binary format required by Megatron-LM for pretraining. See the Save and Export documentation for details.
For training custom tokenizers (such as SentencePiece models), use NeMo Framework. Learn how to train a tokenizer using NeMo in the tokenizer training documentation.
Pretraining a large language model involves running next-token prediction on large curated datasets, exactly the type that NeMo Curator helps you prepare. NeMo handles everything for pretraining large language models using your curated data.
Find comprehensive information on:
In the large language model section of the NeMo user guide.
NVIDIA NeMo Aligner is a framework designed for aligning language models with human preferences.
After pretraining a large language model, aligning it allows you to interact with it in a chat-like setting. NeMo Aligner lets you take curated alignment data and use it to align a pretrained language model.
Learn about NeMo Aligner’s capabilities including:
In the NeMo Aligner documentation.
For organizations looking to deploy trained models to production, NVIDIA AI Enterprise provides a software platform that includes enterprise support for:
A typical end-to-end workflow with NVIDIA’s AI tools includes:
MegatronTokenizerWriter to tokenize curated data for Megatron-LM, or train a custom tokenizer with NeMoThis integrated ecosystem allows you to move from raw data to deployed, production-ready models with consistent tooling and optimized performance.