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Stanford Alpaca is an open-source project that demonstrates the capabilities of an instruction-following LLaMA model. Developed by a team of researchers at Stanford University, Alpaca is designed to understand and execute tasks based on user instructions. The project provides a dataset, data generation process, and fine-tuning code for reproducibility.
|Type||Instruction-Following LLaMA Model|
Alpaca - Resources
Resources to get started with Stanford Alpaca:
- Stanford Alpaca GitHub Repository
- Release Blog Post Detailed information about the Alpaca model, its potential harm and limitations, and the team's thought process behind releasing a reproducible model.
Alpaca - General Information
- Fine-tuned from a 7B LLaMA model on 52K instruction-following data
- Built using techniques from the Self-Instruct paper with modifications
- Capable of understanding and executing tasks based on user instructions
- Provides a dataset, data generation process, and fine-tuning code for reproducibility
Alpaca - Setup
Setup instructions for Stanford Alpaca:
- Data Generation Process Instructions on generating the instruction-following dataset used for fine-tuning the Alpaca model.
- Fine-tuning A guide to fine-tune LLaMA and OPT models using the provided dataset and code.
- Recovering Alpaca Weights Instructions for recovering the Alpaca-7B weights from the released weight diff.
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GOWONU is a cutting-edge, horror-driven gaming experience that immerses players in a haunted, cursed apartment complex using advanced AI technology. With Stable Diffusion-powered, real-time 360-degree environments inspired by the notorious Kowloon, players navigate an ever-evolving labyrinth teeming with supernatural occurrences, eerie noises, and ghostly apparitions. As urban explorers, players must communicate with others inside GOWONU to create new paths and uncover the mysteries of the complex. At the heart of the game lies the player's ability to influence the world around them through the use of keywords and modifiers. This innovative mechanic ensures a unique, unpredictable experience each time, providing endless replayability. The game seamlessly incorporates Stable Diffusion, ControlNet, and Blockade technologies, delivering a captivating experience complete with music, SFX, VFX, and interactive prompts. GOWONU's rich, evolving backstory and dynamic elements such as doors, holes, and stairs create an immersive and ever-changing environment. Players are invited to explore, collect, and communicate within a spine-chilling, supernatural world that tests their courage and ingenuity. With its unique blend of horror, AI, and interactive gameplay, GOWONU offers a thrilling, unforgettable adventure that constantly adapts to challenge and enthrall its players.