Option 1: Vectorization:Objective
To build and deploy a vector database that stores summarized meeting notes, making them easily searchable and retrievable for chatbot integration.
Project PhasesPhase 1: Research and Planning
Technology Selection: Research FAISS, Annoy, Elasticsearch with a vector plugin.
Requirements Analysis: Define database features, focusing on fast nearest-neighbor search, scalability, and high-dimensional vector support.
Data Schema: Decide on the schema for storing vectors and metadata like meeting date and participants.
Phase 2: Local Development
Environment Setup: Local development environment for the chosen technology.
Data Ingestion: Convert summarized meeting notes into vectors.
Database CRUD Operations: Implement CRUD operations.
Testing: Unit tests for CRUD operations.
Phase 3: Integration
GitHub Actions Workflow: Extend existing workflow to populate the vector database.
API Integration: Integrate vector database API with existing Python script.
Data Validation: Implement checks for data insertion.
Phase 4: Deployment
Dockerization: Containerize the vector database.
Cloud Deployment: Deploy to AWS, GCP, or Azure.
Monitoring and Logging: Implement monitoring and logging.
Phase 5: Documentation and Review
Documentation: Comprehensive setup and usage guide.
Code Review: Ensure best practices.
Performance Evaluation: Run benchmarks.
Phase 6: Future Enhancements
Advanced Features: REST API, frontend dashboard.
Machine Learning: Implement ML algorithms for clustering or classification.
User Feedback: Collect feedback for improvement.
Option 1: Vectorization: Objective To build and deploy a vector database that stores summarized meeting notes, making them easily searchable and retrievable for chatbot integration.
Project Phases Phase 1: Research and Planning Technology Selection: Research FAISS, Annoy, Elasticsearch with a vector plugin. Requirements Analysis: Define database features, focusing on fast nearest-neighbor search, scalability, and high-dimensional vector support. Data Schema: Decide on the schema for storing vectors and metadata like meeting date and participants.
Phase 2: Local Development Environment Setup: Local development environment for the chosen technology. Data Ingestion: Convert summarized meeting notes into vectors. Database CRUD Operations: Implement CRUD operations. Testing: Unit tests for CRUD operations.
Phase 3: Integration GitHub Actions Workflow: Extend existing workflow to populate the vector database. API Integration: Integrate vector database API with existing Python script. Data Validation: Implement checks for data insertion.
Phase 4: Deployment Dockerization: Containerize the vector database. Cloud Deployment: Deploy to AWS, GCP, or Azure. Monitoring and Logging: Implement monitoring and logging.
Phase 5: Documentation and Review Documentation: Comprehensive setup and usage guide. Code Review: Ensure best practices. Performance Evaluation: Run benchmarks.
Phase 6: Future Enhancements Advanced Features: REST API, frontend dashboard. Machine Learning: Implement ML algorithms for clustering or classification. User Feedback: Collect feedback for improvement.