TinyLlama AI technology page Top Builders

Explore the top contributors showcasing the highest number of TinyLlama AI technology page app submissions within our community.

TinyLlama

TinyLlama is a compact AI model developed by Ollama community. It offers efficient language processing capabilities in a smaller package, making it suitable for applications with limited computational resources. The model is designed for a variety of tasks, including conversational AI and real-time text generation, and supports deployment on edge devices.

General
Relese dateJanuary 15, 2024
AuthorOllama comunity
WebsiteTinyLlama
Repositoryhttps://github.com/jzhang38/TinyLlama
TypeAI Language Model

Key Models and Features

  • TinyLlama 1.1B: This is the primary model in the TinyLlama family, featuring 1.1 billion parameters. It is pre-trained on 3 trillion tokens, providing a robust base for various natural language understanding and generation tasks.

  • TinyLlama Chat: Fine-tuned specifically for conversational applications, this variant is optimized for generating human-like responses in dialogue scenarios. It leverages datasets like UltraChat and UltraFeedback for training, enhancing its conversational abilities.

Training and Performance

The model uses an autoregressive language modeling objective and employs techniques such as FlashAttention and grouped query attention to enhance computational efficiency. It has been evaluated on commonsense reasoning and problem-solving tasks, showing competitive performance compared to other models like OPT and Pythia.

The training involved a blend of natural language and code data, with a significant portion dedicated to improving the model’s handling of coding tasks.

Applications and Use Cases

  • Conversational AI: The TinyLlama Chat model is well-suited for chatbots and virtual assistants, capable of engaging in interactive dialogues.

  • Edge Deployment: Its compact size allows for deployment on devices with limited computational power, such as mobile or embedded systems.

  • Speculative Decoding and Real-Time Translation: The model’s efficient architecture makes it ideal for scenarios requiring real-time language processing, including in video games or other interactive media.

Availability

TinyLlama models are available under the Apache 2.0 license on platforms like Hugging Face and GitHub. They are part of an open-source project aimed at democratizing access to powerful language models.

πŸ‘‰ For more detailed information, you can visit the TinyLlama GitHub repository or explore the models on Hugging Face.

TinyLlama AI technology page Hackathon projects

Discover innovative solutions crafted with TinyLlama AI technology page, developed by our community members during our engaging hackathons.

Emergency Helper

Emergency Helper

We are excited to present our project, which focuses on addressing emergencies and environmental issues through an advanced AI-driven solution. In this hackathon, our team has developed an application that can generate accurate responses to a variety of emergency scenarios and environmental challenges. Project Overview: Model and Dataset: We utilized the LLaMA 3.1 model with 405B parameters to generate a synthetic dataset of approximately 2,000 question-answer pairs. This dataset was initially created in Excel and later converted into JSON format for model training. The TinyLLaMA 1.1 billion parameter chat version was fine-tuned using this dataset, allowing our model to provide highly contextual and relevant responses. Training and Fine-Tuning: We leveraged the resources available on Google Colab, specifically using T4 GPUs to generate the dataset. We leveraged the resources available on Kaggle, specifically using T4 x2 GPUs to train our model. After completing the fine-tuning process, we pushed the model to Hugging Face, making it accessible for deployment and further testing. Deployment: The model was deployed on Hugging Face Spaces, where we integrated a user-friendly Gradio UI interface. This interface enables users to input queries and receive real-time responses directly from the model. All project files and necessary documentation have been committed to our repository, ensuring full transparency and accessibility. Team: Our project was made possible by the collaborative efforts of a dedicated team of six members: Team Lead: Umar Majeed LinkedIn Profile Team Members: Moazzan Hassan LinkedIn Shahroz Butt LinkedIn Sidra Hammed LinkedIn Muskan Liaqat LinkedIn Sana Qaisar LinkedIn We would like to thank LabLab AI for this opportunity, and we look forward to the impact our application can make in real-world scenarios.