Aria：一个融合3D虚拟角色、多模态交互与量子机器学习的全栈AI平台

Aria is an open-source full-stack interactive AI character platform that integrates cutting-edge technologies like 3D animated virtual characters, natural language command parsing, multi-provider AI backends, quantum machine learning experiments, and LoRA fine-tuning. Its core vision is to create a "bodied" AI assistant that offers immersive, anthropomorphic interaction beyond traditional chatbots—capable of moving, gesturing, and interacting with objects in a 3D stage while communicating via voice. Built with Python, it leverages modern tech stacks (Gradio, Azure Functions, Qiskit) for stability and flexibility.

Most AI projects focus on single technical domains (chatbots, computer vision, etc.). Aria breaks this limitation by building a unified full-stack ecosystem combining 3D virtual roles, natural language interaction, multi-modal AI services, quantum ML, and autonomous training workflows. Its design philosophy aims to transcend traditional chatbot boundaries, moving toward more immersive and human-like AI interaction experiences.

Aria's architecture follows a clear layered approach:

1. Role Interaction Layer: Located in apps/aria/, it uses HTML/CSS/JS for a 3D animation stage and Python backend to control real-time rendering and actions (e.g., waving, picking up objects).
2. AI Dialogue Backend: In ai-projects/chat-cli/, it supports multi-provider abstraction (LM Studio → Ollama → Azure OpenAI → OpenAI → Local) with auto-detection for fault tolerance and flexibility.
3. Quantum ML Layer: In ai-projects/quantum-ml/, it explores quantum-classical fusion using Qiskit (local simulation, Azure Quantum) and provides MCP tools (circuit creation, simulation, cost estimation).
4. Model Fine-tuning Layer: In AI/, it uses LoRA for efficient parameter tuning of models like Phi and TinyLlama, with datasets in datasets/ (movement instructions, expanded dialogues).

Aria's standout feature is its natural language command parsing system. Users can issue daily language instructions (e.g., "walk left", "pick up the apple"), which are parsed into structured action sequences. The system defines 8 core action types (move, say, pickup, drop, throw, gesture, world, expression) that can be combined into complex behaviors. The parser uses LLMs to extract intent and parameters, map to action templates, and generate executable sequences—no need for users to learn specific syntax.

Multi-provider Backend: Aria supports local (LM Studio, Ollama) and cloud (Azure OpenAI, OpenAI) providers, with benefits like cost optimization (free local models for simple tasks), availability保障 (auto-switch on failure), and data privacy (local processing for sensitive content). It also supports LoRA adapters for personalized responses. Quantum ML: Based on Qiskit, it allows local simulation (Qiskit Aer), Azure Quantum cloud simulation, and real quantum hardware access (with cost estimation). It provides 8 MCP tools for circuit management and a web-based training dashboard for visualization. Note: Quantum ML is currently experimental, focusing on exploration rather than production use.

Aria uses LoRA (parameter-efficient fine-tuning) to adapt models to specific language styles/domain knowledge without modifying full model weights. Key points:

• Datasets: datasets/chat/ includes aria_movement (motion commands), aria_expanded (extended dialogues), aria_simple (basic chats).
• Workflow: Automated via scripts/automated_training_pipeline.py (fast mode with TinyLlama, full mode with evaluation).
• Autonomous Orchestrator: Runs in 30-minute cycles to discover new datasets, train, and evaluate models, logging status to JSON—enabling "self-evolution".
• Usage: Load LoRA adapters via --provider lora for personalized responses.

Deployment:

• Online demo: GitHub Pages (no installation needed).
• Local development: Clone repo, set up Python venv, start 3D stage server (port8080) and Azure Functions API (port7071).
• Hugging Face Spaces: Using Gradio (app.py) for quick sharing. Use Cases:
• Education: Help students understand AI system components.
• Prototyping: Validate multi-modal interaction concepts.
• Research: Explore quantum-AI integration. Modular design allows enabling/disabling features for custom versions.

Open Source: Aria is hosted on GitHub with a宽松 license, detailed docs (READMEs, architecture guides), and community contribution via PRs (new providers, actions, datasets). Future Directions:

• Enhance 3D character realism and expressions.
• Integrate more AI providers/models.
• Optimize quantum ML practicality.
• Improve autonomous training strategies.
• Expand example application scenarios. Aria sets a reference example for multi-modal, full-stack AI system design.