#Portfolio 🚀
Welcome to my portfolio! This repository showcases a collection of projects demonstrating my skills in web development, machine learning, data analysis, and more.
| Project | Description | Technologies |
|---|---|---|
| 🌐AgenticSite | Interactive React web application with dark mode & API integration | React, JavaScript |
| 👋Dex Modeling | Hand gesture & dexterity modeling with 3D visualization | Python, Computer Vision |
| 🔍SeekRAGImpl | RAG implementation with document retrieval & generative responses | Python, React, NLP |
| 🧮Simulations | Mathematical & physics simulations including Monte Carlo methods | Python, Mathematica |
├── AgenticSite/ # React-based website project
│ ├── public/ # Static files and assets
│ ├── src/ # Source code
│ │ ├── components/ # UI components including DarkModeToggle, MathRenderer, etc.
│ │ ├── contexts/ # React contexts for state management
│ │ ├── pages/ # Page components (Home, Console, Settings)
│ │ └── services/ # API services for chat, news, and weather
│ ├── README.md # Project documentation
│ └── UI Design Guides # Design documentation and styling guides
│
├── Dex Modeling/ # Dexterity/Gesture modeling projects
│ ├── DexteritySource/ # 3D modeling and camera routing
│ ├── GestureSoftware/ # Gesture recognition with implementations for various gesture types
│ └── Mono_Ocular_Depth_Mesh/ # Depth estimation from monocular input
│
├── SeekRAGImpl/ # RAG implementation project
│ ├── site/ # React frontend
│ └── src/ # Python backend with models, utilities and Docker configuration
│ ├── models/ # RAG models implementation
│ └── utils/ # Helper utilities including ChromaDB integration
│
├── Simulations/ # Various simulation scripts
│ ├── eigenvalues_mathmatica.nb # Eigenvalue calculations in Mathematica
│ ├── montecarlo_naive.py # Monte Carlo simulation implementation
│ ├── opt_param_finder.py # Parameter optimization algorithms
│ ├── ordinary_de_solver.py # Ordinary differential equation solver
│ └── range_kutta_de_solver.py # Runge-Kutta DE implementation
│
└── Documentation/ # Project documentation
├── Modeling_1.pdf # Paper on Ecosystem Functions
├── Modeling_2.pdf # Paper on Marine Lamprey Ecosystems
└── WhitePaper_RAGSen.pdf # Technical whitepaper on RAG system
A modern web application built with React that features:
- 📱 Responsive UI components with custom dark mode implementation
- 🔄 Context-based state management with DarkMode and Settings contexts
- 🌐 Multiple API integrations for chat, news, and weather services
- 📊 MathRenderer component for equation visualization
Advanced gesture recognition and hand dexterity modeling system:
- 👆 Real-time gesture detection through
gesture_recognizer.py - 🖐️ 3D hand model visualization via
gesture_mesh_visualizer.py - 📹 Camera input processing with
camera_router.py - 🧠 Comprehensive gesture type handling (static, dynamic, action gestures)
A Retrieval-Augmented Generation (RAG) system that:
- 🔎 Efficiently retrieves relevant documents using ChromaDB (
utils/chroma.py) - 🤖 Enhances large language model outputs with grounded information
- 🔗 Implements document scraping capability via
utils/mtrd_scraper.py - 🧩 Features a dockerized backend with full API for the React frontend
Collection of mathematical and physics simulation implementations:
- 📊 Monte Carlo simulations through
montecarlo_naive.py - ➗ Differential equation solvers including Runge-Kutta methods
- 📉 Parameter optimization algorithms in
opt_param_finder.py - 🔢 Eigenvalue calculations implemented in Mathematica
This repository includes detailed documentation:
- Modeling_1.pdf: Paper on Ecosystem Functions
- Modeling_2.pdf: Paper on Marine Lamprey Ecosystems
- WhitePaper_RAGSen.pdf: Technical whitepaper on RAG implementation architecture and performance
Feel free to reach out for collaboration or questions about any of these projects!