xturing 0.0.5

Fine-tuning, evaluation and data generation for LLMs

Build and control your own LLMs

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xturing provides fast, efficient and simple fine-tuning of LLMs, such as LLaMA, GPT-J, GPT-2, OPT, Cerebras-GPT, Galactica, and more. By providing an easy-to-use interface for personalizing LLMs to your own data and application, xTuring makes it simple to build and control LLMs. The entire process can be done inside your computer or in your private cloud, ensuring data privacy and security.

With xturing you can,

• Ingest data from different sources and preprocess them to a format LLMs can understand
• Scale from single to multiple GPUs for faster fine-tuning
• Leverage memory-efficient techniques (i.e. LoRA fine-tuning) to reduce your hardware costs by up to 90% of the time
• Explore different fine-tuning methods and benchmark them to find the best performing model
• Evalate fine-tuned models on well-defined metrics for in-depth analysis

Documentation - https://xturing.stochastic.ai/

⚙️ Installation

pip install xturing

🚀 Quickstart

from xturing.datasets import InstructionDataset
from xturing.models import BaseModel

# Load the dataset
instruction_dataset = InstructionDataset("./alpaca_data")

# Initialize the model
model = BaseModel.create("llama_lora")

# Finetune the model
model.finetune(dataset=instruction_dataset)

# Perform inference
output = model.generate(texts=["Why LLM models are becoming so important?"])

print("Generated output by the model: {}".format(output))

You can find the data folder here.

📚 Tutorials

• Preparing your dataset
• Cerebras-GPT efficient fine-tuning with LoRA and INT8  
• Cerebras-GPT efficient fine-tuning with LoRA  
• LLaMA efficient fine-tuning with LoRA and INT8  
• LLaMA efficient fine-tuning with LoRA
• LLaMA fine-tuning
• GPT-J efficient fine-tuning with LoRA and INT8  
• GPT-J efficient fine-tuning with LoRA
• Galactica efficient fine-tuning with LoRA and INT8
• Galactica efficient fine-tuning with LoRA
• OPT efficient fine-tuning with LoRA and INT8
• OPT efficient fine-tuning with LoRA
• GPT-2 efficient fine-tuning with LoRA  

📊 Performance

Here is a comparison for the performance of different fine-tuning techniques on the LLaMA 7B model. We use the Alpaca dataset for fine-tuning. The dataset contains 52K instructions.

Hardware:

4xA100 40GB GPU, 335GB CPU RAM

Fine-tuning parameters:

{
  'maximum sequence length': 512,
  'batch size': 1,
}

LLaMA 7B	DeepSpeed + CPU Offloading	LoRA + DeepSpeed	LoRA + DeepSpeed + CPU Offloading
GPU	33.5 GB	23.7 GB	21.9 GB
CPU	190 GB	10.2 GB	14.9 GB
Time per epoch	21 hours	20 mins	20 mins

Please submit your performance results on other GPUs.

📈 Roadmap

• Support for LLaMA, GPT-J, GPT-2, OPT, Cerebras-GPT, Galactica and Bloom models
• Dataset generation using self-instruction
• 2x more memory-efficient fine-tuning vs LoRA and unsupervised fine-tuning
• INT8 low-precision fine-tuning support
• Evaluation of LLM models
• Support for Stable Diffusion

🤝 Help and Support

If you have any questions, you can create an issue on this repository.

You can also join our Discord server and start a discussion in the #xturing channel.

📝 License

This project is licensed under the Apache License 2.0 - see the LICENSE file for details.

🌎 Contributing

As an open source project in a rapidly evolving field, we welcome contributions of all kinds, including new features and better documentation. Please read our contributing guide to learn how you can get involved.