|
1 |
| -# LLM Alignment Assistant |
| 1 | +# 🌌 LLM Alignment Assistant - Your Template for Aligning Language Models |
2 | 2 |
|
3 |
| -## 🌟 Overview |
| 3 | +## 📌 Introduction |
4 | 4 |
|
5 |
| -**LLM Alignment Assistant** is an advanced tool designed to assist in aligning large language models (LLMs) with desired human values and objectives. This project offers a full-stack approach to training, fine-tuning, deploying, and monitoring LLMs using **Reinforcement Learning from Human Feedback (RLHF)**. The system also incorporates evaluation metrics to ensure ethical and effective use of language models. The assistant provides a user-friendly interface for exploring the alignment, visualization of training metrics, and deploying the system at scale using cloud-native technologies. |
| 5 | +**LLM Alignment Assistant** is not just a comprehensive tool for aligning large language models (LLMs), but also serves as a **powerful template** for building your own LLM alignment application. This repository is designed to provide a full stack of functionality, acting as a starting point to customize and extend for your own LLM alignment needs. Whether you are a researcher, developer, or data scientist, this template provides a solid foundation for efficiently creating and deploying LLMs tailored to align with human values and objectives. |
6 | 6 |
|
7 |
| - |
8 | 7 |
|
9 |
| -## ✨ Key Features |
| 8 | +## ✨ Features |
10 | 9 |
|
11 |
| -- **🖥️ User-Friendly Web Interface**: A sleek, intuitive UI for interacting with the LLM and viewing alignment results. |
12 |
| -- **📊 Interactive Training**: Train models using RLHF, with dynamic metrics displayed in real-time. |
13 |
| -- **🛠️ Data Augmentation & Preprocessing**: Advanced preprocessing scripts, including tokenization, cleaning, and data augmentation using NLP techniques. |
14 |
| -- **⚙️ Scalable Deployment**: Easy deployment via Docker and Kubernetes, with horizontal scaling capabilities. |
15 |
| -- **🔍 Explainability & Monitoring**: Incorporates SHAP or LIME-based explainability features along with live monitoring dashboards. |
| 10 | +- **🌐 Interactive Web Interface**: A user-friendly interface for interacting with the LLM, training models, and viewing alignment metrics. |
| 11 | +- **🧠 Training with RLHF**: Reinforcement Learning from Human Feedback to ensure model alignment with human preferences. |
| 12 | +- **🛠️ Data Augmentation & Preprocessing**: Advanced preprocessing, tokenization, and data augmentation with back-translation and paraphrasing. |
| 13 | +- **🔄 Transfer Learning**: Utilize pre-trained models like BERT for improved performance on specific tasks. |
| 14 | +- **📦 Scalable Deployment**: Docker and Kubernetes-based deployment with Horizontal Pod Autoscaling (HPA). |
| 15 | +- **🔍 Model Explainability**: SHAP-based dashboards for understanding model decisions. |
| 16 | +- **📊 User Feedback Loop**: Collection of user ratings for fine-tuning models continuously. |
16 | 17 |
|
17 |
| -## 🗂️ Project Structure |
| 18 | +## 📂 Project Structure |
18 | 19 |
|
19 |
| -- **📁 app/**: Contains the UI and the backend logic of the web interface. |
20 |
| - - `ui.py`: Manages routes and interactions with the UI. |
21 |
| - - `static/`: Contains styles and JavaScript for an appealing UI. |
22 |
| - - `templates/`: HTML templates for rendering the web pages. |
23 |
| -- **📁 data/**: Scripts and datasets for generating, downloading, and processing data. |
24 |
| -- **📁 deployment/**: Docker, Kubernetes configurations, and Helm charts to manage deployments. |
25 |
| -- **📁 src/**: Core functionality, including training, evaluation, and preprocessing scripts. |
26 |
| -- **📁 tests/**: Unit and integration tests to ensure quality across the different components. |
| 20 | +- **`app/`**: Contains API and UI code. |
| 21 | + - `auth.py`, `feedback.py`, `ui.py`: API endpoints for user interaction, feedback collection, and general interface management. |
| 22 | + - **Static Files**: JavaScript (`app.js`, `chart.js`), CSS (`styles.css`), and Swagger API documentation (`swagger.json`). |
| 23 | + - **Templates**: HTML templates (`chat.html`, `feedback.html`, `index.html`) for UI rendering. |
27 | 24 |
|
28 |
| -## 🛠️ Setup |
| 25 | +- **`src/`**: Core logic and utilities for preprocessing and training. |
| 26 | + - **Preprocessing** (`preprocessing/`): |
| 27 | + - `preprocess_data.py`: Combines original and augmented datasets and applies text cleaning. |
| 28 | + - `tokenization.py`: Handles tokenization. |
| 29 | + - **Training** (`training/`): |
| 30 | + - `fine_tuning.py`, `transfer_learning.py`, `retrain_model.py`: Scripts for training and retraining models. |
| 31 | + - `rlhf.py`, `reward_model.py`: Scripts for reward model training using RLHF. |
| 32 | + - **Utilities** (`utils/`): Common utilities (`config.py`, `logging.py`, `validation.py`). |
29 | 33 |
|
30 |
| -### 📋 Prerequisites |
| 34 | +- **`dashboards/`**: Performance and explainability dashboards for monitoring and model insights. |
| 35 | + - `performance_dashboard.py`: Displays training metrics, validation loss, and accuracy. |
| 36 | + - `explainability_dashboard.py`: Visualizes SHAP values to provide insight into model decisions. |
31 | 37 |
|
32 |
| -- Python 3.8+ |
33 |
| -- Docker & Docker Compose |
34 |
| -- Kubernetes (Minikube or any cloud provider) |
35 |
| -- Node.js (for front-end enhancements) |
| 38 | +- **`tests/`**: Unit, integration, and end-to-end tests. |
| 39 | + - `test_api.py`, `test_preprocessing.py`, `test_training.py`: Various unit and integration tests. |
| 40 | + - **End-to-End Tests** (`e2e/`): Cypress-based UI tests (`ui_tests.spec.js`). |
| 41 | + - **Load Testing** (`load_testing/`): Uses Locust (`locustfile.py`) for load testing. |
36 | 42 |
|
37 |
| -### 🔧 Installation |
| 43 | +- **`deployment/`**: Configuration files for deployment and monitoring. |
| 44 | + - **Kubernetes Configurations** (`kubernetes/`): Deployment and Ingress configurations for scaling and canary releases. |
| 45 | + - **Monitoring** (`monitoring/`): Prometheus (`prometheus.yml`) and Grafana (`grafana_dashboard.json`) for performance and system health monitoring. |
38 | 46 |
|
39 |
| -1. **📥 Clone the Repository**: |
40 |
| - ```bash |
41 |
| - git clone https://github.com/yourusername/LLM-Alignment-Assistant.git |
42 |
| - cd LLM-Alignment-Assistant |
43 |
| - ``` |
| 47 | +## ⚙️ Setup |
44 | 48 |
|
45 |
| -2. **📦 Set Up the Virtual Environment**: |
46 |
| - ```bash |
47 |
| - python3 -m venv venv |
48 |
| - source venv/bin/activate |
49 |
| - pip install -r requirements.txt |
50 |
| - ``` |
| 49 | +### Prerequisites |
| 50 | + |
| 51 | +- 🐍 Python 3.8+ |
| 52 | +- 🐳 Docker & Docker Compose |
| 53 | +- ☸️ Kubernetes (Minikube or a cloud provider) |
| 54 | +- 🟢 Node.js (for front-end dependencies) |
51 | 55 |
|
52 |
| -3. **📦 Install Node.js Dependencies** (optional for enhanced UI): |
| 56 | +### 📦 Installation |
| 57 | + |
| 58 | +1. **Clone the Repository**: |
53 | 59 | ```bash
|
54 |
| - cd app/static |
55 |
| - npm install |
| 60 | + git clone https://github.com/yourusername/LLM-Alignment-Assistant.git |
| 61 | + cd LLM-Alignment-Assistant |
56 | 62 | ```
|
57 | 63 |
|
58 |
| -### 🚀 Running Locally |
| 64 | +2. **Install Dependencies**: |
| 65 | + - Python dependencies: |
| 66 | + ```bash |
| 67 | + pip install -r requirements.txt |
| 68 | + ``` |
| 69 | + - Node.js dependencies (optional for UI improvements): |
| 70 | + ```bash |
| 71 | + cd app/static |
| 72 | + npm install |
| 73 | + ``` |
59 | 74 |
|
60 |
| -To run the application locally: |
| 75 | +### 🏃 Running Locally |
61 | 76 |
|
62 |
| -1. **🐳 Build Docker Image**: |
| 77 | +1. **Build Docker Images**: |
63 | 78 | ```bash
|
64 | 79 | docker-compose up --build
|
65 | 80 | ```
|
66 | 81 |
|
67 |
| -2. **🌐 Access the UI**: |
68 |
| - Visit `http://localhost:5000` in your web browser. |
| 82 | +2. **Access the Application**: |
| 83 | + - Open a browser and visit `http://localhost:5000`. |
69 | 84 |
|
70 |
| -## 📦 Deployment |
| 85 | +## 🚢 Deployment |
71 | 86 |
|
72 |
| -### 🚢 Docker and Kubernetes |
| 87 | +### ☸️ Kubernetes Deployment |
73 | 88 |
|
74 |
| -- **🐳 Docker**: A Dockerfile is provided for containerization. |
75 |
| -- **☸️ Kubernetes**: Use the provided `deployment/kubernetes/deployment.yml` and `service.yml` files to deploy the app to a Kubernetes cluster. |
76 |
| -- **📜 Helm Charts**: Helm charts are available in the `deployment/helm/` directory for easier reusability and scalability. |
| 89 | +- **Deploy to Kubernetes**: |
| 90 | + - Apply the deployment and service configurations: |
| 91 | + ```bash |
| 92 | + kubectl apply -f deployment/kubernetes/deployment.yml |
| 93 | + kubectl apply -f deployment/kubernetes/service.yml |
| 94 | + ``` |
| 95 | + - **Horizontal Pod Autoscaler**: |
| 96 | + ```bash |
| 97 | + kubectl apply -f deployment/kubernetes/hpa.yml |
| 98 | + ``` |
77 | 99 |
|
78 |
| -### 🔄 CI/CD Pipeline |
| 100 | +### 🌟 Canary Deployment |
79 | 101 |
|
80 |
| -A GitHub Actions workflow is included to automate building, testing, and deployment: |
| 102 | +- Canary deployments are configured using `deployment/kubernetes/canary_deployment.yml` to roll out new versions safely. |
81 | 103 |
|
82 |
| -- **✅ Lint & Test**: Linting and unit tests are run at every pull request. |
83 |
| -- **🐋 Docker Build & Push**: Docker images are built and pushed to Docker Hub. |
84 |
| -- **☸️ Kubernetes Deployment**: Automatically deploy to the Kubernetes cluster upon merging. |
| 104 | +### 📈 Monitoring and Logging |
85 | 105 |
|
86 |
| -## 🤖 Training and Fine-Tuning |
| 106 | +- **Prometheus and Grafana**: |
| 107 | + - Apply Prometheus and Grafana configurations in `deployment/monitoring/` to enable monitoring dashboards. |
| 108 | +- **📋 Centralized Logging**: The **ELK Stack** is configured with Docker using `docker-compose.logging.yml` for centralized logs. |
87 | 109 |
|
88 |
| -### 💡 Reinforcement Learning from Human Feedback (RLHF) |
| 110 | +## 🧠 Training and Evaluation |
89 | 111 |
|
90 |
| -The training module includes: |
91 |
| -- **📊 Fine-Tuning**: Using the `training/fine_tuning.py` script, models can be fine-tuned on specific datasets. |
92 |
| -- **🏆 Reward Models**: Implemented in `training/reward_model.py` for evaluating the appropriateness of responses. |
93 |
| -- **🌐 Distributed Training**: Support for distributed training using `training/rlhf.py`. |
| 112 | +### 🔄 Transfer Learning |
94 | 113 |
|
95 |
| -### 🎛️ Hyperparameter Tuning |
| 114 | +The training module (`src/training/transfer_learning.py`) uses pre-trained models like **BERT** to adapt to custom tasks, providing a significant performance boost. |
96 | 115 |
|
97 |
| -For hyperparameter tuning, **Optuna** has been integrated to provide automated exploration of the training parameters, ensuring optimal model performance. |
| 116 | +### 📊 Data Augmentation |
98 | 117 |
|
99 |
| -## 🔄 Data Pipeline |
| 118 | +The `data_augmentation.py` script (`src/data/`) applies augmentation techniques like back-translation and paraphrasing to improve data quality. |
100 | 119 |
|
101 |
| -- **🛠️ Data Augmentation**: Using advanced NLP techniques, including back-translation and embedding-based masking, available in `preprocessing/augmentation.py`. |
102 |
| -- **✅ Validation**: Thorough validation scripts (`preprocess_data.py` and `validate_data.py`) to maintain data quality. |
103 |
| -- **⚙️ Automation with Apache Airflow**: Data pipeline orchestration using Airflow, ensuring proper data flow between stages. |
| 120 | +### 🧠 Reinforcement Learning from Human Feedback (RLHF) |
104 | 121 |
|
105 |
| -## 📈 Evaluation and Monitoring |
| 122 | +- **Reward Model Training**: Uses the `rlhf.py` and `reward_model.py` scripts to fine-tune models based on human feedback. |
| 123 | +- **Feedback Collection**: Users rate responses via the feedback form (`feedback.html`), and the model retrains with `retrain_model.py`. |
106 | 124 |
|
107 |
| -- **📊 Metrics**: The `evaluation/metrics.py` script provides a detailed analysis of model performance, including bias detection and fairness metrics. |
108 |
| -- **🛡️ Safety Testing**: Ethical AI assessments using `evaluation/safety_tests.py`. |
109 |
| -- **📊 Dashboard**: Real-time monitoring with **Streamlit**, displaying key metrics, including training loss, accuracy, and reward trends. |
| 125 | +### 🔍 Explainability Dashboard |
110 | 126 |
|
111 |
| -## 🌐 Web Interface Improvements |
112 |
| - |
113 |
| -- **🎨 Improved UI with TailwindCSS**: We've enhanced the CSS for modern and engaging aesthetics. |
114 |
| -- **📈 Interactive Visualizations**: Added **Chart.js** visualizations to present alignment metrics in a clear, graphical format. |
115 |
| -- **💬 Chatbot Integration**: A conversational UI element to interact directly with the trained LLM. |
| 127 | +The `explainability_dashboard.py` script uses **SHAP** values to help users understand why a model made specific predictions. |
116 | 128 |
|
117 | 129 | ## 🧪 Testing
|
118 | 130 |
|
119 |
| -- **✅ Unit Tests**: Located in `tests/`, covering training, preprocessing, and evaluation. |
120 |
| -- **🔄 Integration Tests**: End-to-end tests that simulate full pipeline execution. |
121 |
| -- **🧪 Mock Testing**: Use of `pytest-mock` to simulate API calls and external integrations. |
122 |
| - |
123 |
| -## 📊 Monitoring and Logging |
124 |
| - |
125 |
| -- **📈 Monitoring**: Kubernetes monitoring using **Prometheus** and **Grafana**, with Horizontal Pod Autoscaling (HPA) for scalability. |
126 |
| -- **🔍 Explainability**: SHAP and LIME explainability metrics are added to the evaluation process, providing insights into model behavior. |
127 |
| -- **📜 Logging**: Centralized logging using **ELK Stack** (Elasticsearch, Logstash, Kibana). |
128 |
| - |
129 |
| -## 🚀 Cloud Deployment Instructions (AWS) |
130 |
| - |
131 |
| -To deploy the LLM Alignment Assistant on **AWS**, you can utilize **Elastic Kubernetes Service (EKS)** or **AWS Sagemaker** for model training: |
132 |
| - |
133 |
| -1. **AWS Elastic Kubernetes Service (EKS)**: |
134 |
| - - Create an EKS cluster using AWS CLI or the console. |
135 |
| - - Apply the Kubernetes deployment files: |
136 |
| - ```bash |
137 |
| - kubectl apply -f deployment/kubernetes/deployment.yml |
138 |
| - kubectl apply -f deployment/kubernetes/service.yml |
139 |
| - ``` |
140 |
| - - Configure the **Horizontal Pod Autoscaler (HPA)** to ensure scalability: |
141 |
| - ```bash |
142 |
| - kubectl apply -f deployment/kubernetes/hpa.yml |
143 |
| - ``` |
144 |
| - |
145 |
| -2. **AWS Sagemaker for Model Training**: |
146 |
| - - Modify the `training/fine_tuning.py` to integrate with AWS Sagemaker. |
147 |
| - - Use the Sagemaker Python SDK to launch a training job: |
148 |
| - ```python |
149 |
| - import sagemaker |
150 |
| - from sagemaker.pytorch import PyTorch |
151 |
| -
|
152 |
| - role = "arn:aws:iam::your-account-id:role/service-role/AmazonSageMaker-ExecutionRole-2023" |
153 |
| -
|
154 |
| - pytorch_estimator = PyTorch( |
155 |
| - entry_point='training/fine_tuning.py', |
156 |
| - role=role, |
157 |
| - instance_count=1, |
158 |
| - instance_type='ml.p2.xlarge', |
159 |
| - framework_version='1.8.0', |
160 |
| - py_version='py3' |
161 |
| - ) |
162 |
| -
|
163 |
| - pytorch_estimator.fit({'training': 's3://your-bucket-name/training-data'}) |
164 |
| - ``` |
165 |
| - - Ensure IAM roles and permissions are properly set for accessing **S3** and **Sagemaker**. |
166 |
| - |
| 131 | +- **✅ Unit Tests**: Located in `tests/`, covering API, preprocessing, and training functionalities. |
| 132 | +- **🖥️ End-to-End Tests**: Uses **Cypress** to test UI interactions. |
| 133 | +- **📊 Load Testing**: Implemented with **Locust** (`tests/load_testing/locustfile.py`) to ensure stability under load. |
167 | 134 |
|
168 |
| -## 🚀 Future Work |
| 135 | +## 🔮 Future Work |
169 | 136 |
|
170 |
| -- **🌍 Multi-Language Support**: Expand the LLM's training to support multiple languages. |
171 |
| -- **⚖️ Ethical AI Enhancements**: Further enhance bias detection and mitigation techniques. |
172 |
| -- **☁️ Cloud-Native Deployment**: Implement cloud services like **AWS SageMaker** for training at scale. |
| 137 | +- **🔑 User Roles and Permissions**: Adding a role-based access control system. |
| 138 | +- **📉 Advanced Monitoring**: Further enhance Prometheus alerts for anomaly detection. |
| 139 | +- **🚀 Public Demo Deployment**: Deploy a public version on Heroku or AWS for showcasing. |
173 | 140 |
|
174 |
| -## 🤝 Getting Involved |
| 141 | +## 🤝 Contributing |
175 | 142 |
|
176 |
| -Contributions are welcome! Feel free to submit issues, pull requests, or suggestions for new features. |
| 143 | +Contributions are welcome! Please submit pull requests or issues for improvements or new features. |
177 | 144 |
|
178 | 145 | ## 📜 License
|
179 | 146 |
|
180 |
| -This project is licensed under the MIT License. See the [LICENSE](LICENSE) file for more details. |
| 147 | +This project is licensed under the MIT License. See the [LICENSE](LICENSE) file for more information. |
181 | 148 |
|
182 | 149 | ## 📬 Contact
|
183 | 150 |
|
184 |
| - |
185 |
| -- **🌐 Website**: [Portfolio](https://astorfi.github.io) |
| 151 | + |
| 152 | +- **🌐 Website**: [Your Portfolio](https://astorfi.github.io) |
186 | 153 |
|
187 | 154 | ---
|
188 | 155 |
|
189 |
| -<p align="center">Made with ❤️ by Amirsina Torfi</p> |
190 |
| -
|
| 156 | +<p align="center">Developed with ❤️ by Your Name</p> |
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