

Llama Agentic System
Overview :
The Llama-agentic-system is a system-level agent component based on the Llama 3.1 model, capable of performing multi-step reasoning and utilizing built-in tools, such as search engines and code interpreters. This system also emphasizes security assessments with input and output filtering via Llama Guard to ensure safety requirements are met across different use cases.
Target Users :
The target audience is developers and researchers who need to leverage advanced language models to build systems capable of performing complex tasks. This product is designed for users who want to ensure system security while maintaining the flexibility and adaptability of the model.
Use Cases
Build a chatbot using the Llama-agentic-system that can automatically plan trips.
Integrate into existing development workflows to automate code reviews and troubleshooting.
Serve as an educational tool to help students understand complex concepts and problem-solving strategies.
Features
Supports multi-step reasoning and task decomposition
Built-in capability for invoking tools with zero-shot learning
System-level security assessment using Llama Guard for input-output filtering
Supports custom virtual environments and dependency installation
Supports real-time fp8 quantization for performance improvement
Provides a command-line interface (CLI) to assist users in downloading models, configuring the inference server, and running agent system applications
Offers example scripts and a UI interface to help users get started quickly
How to Use
1. Create and activate a Conda environment, and install the required Python version.
2. Install the Llama-agentic-system package and its dependencies.
3. If necessary, install and configure the fbgemm-gpu package for real-time fp8 quantization.
4. Download the required Llama 3.1 model checkpoints.
5. Configure the inference server by filling in details such as checkpoints and model parallel size.
6. Start the inference server to run locally.
7. Configure the agent system, including the model checkpoint directory and security settings.
8. Launch the agent application, interacting with the server through a UI or scripts.
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