Ant's Projects
This project implements a Spiking Neural Network (SNN) model in C++, integrated with Python using pybind11. It includes dynamic pattern recognition and real-time data processing capabilities(kinda); The repository provides comprehensive examples, unit tests, and a detailed Python interface for flexible usage and development.
A quick example of how one can "synchronize" a 3d scene across multiple windows using three.js and localStorage
repo for ML/Data Science Jupyter/colab notebooks.
BrownLLM is a Jupyter notebook that I've created, focusing on building a conversational AI model using the Brown Corpus. It covers text preprocessing, neural network construction, and model evaluation, showcasing practical applications in natural language processing.
Python package for managing Bluetooth connections on Raspberry Pi devices. Includes scripts for setup, deployment, and testing, optimized for Python 3.9 and Ubuntu 20.04 environments.
CircExplorer: A Python-based tool integrating wxPython for GUI, SQLite for data management, and matplotlib for circuit visualization. Enables saving and loading of circuit diagrams, offering a platform for educational and hobbyist electronic simulations.
Dify is an open-source LLM app development platform. It has the core tech required to build AI-native apps, including RAG, agent capabilities, model management, observability and more, packaged into one intuitive interface.
Ai Multi-tool. DreamAssist is in its proto-phase testing multi-modality through API calls. (real in-house models to be implemented in future versions.)
This Arduino sketch sets up an OLED display, LoRa module, and ATSHA204A cryptographic chip. It initializes hardware and shows status on the OLED. The loop() function encrypts and sends messages via LoRa, receives and decrypts messages, and displays results on the OLED. Secure communication is ensured with encryption and decryption, handling errors.
GifGal-NFTtrader is a Python script for automated NFT trading on the Ethereum blockchain, focusing on the OpenSea platform. It combines sentiment analysis, price forecasting, and secure blockchain transactions to facilitate informed trading decisions. Ideal for traders interested in leveraging technology for NFT investments.
An interactive Python tool for Jupyter/Colab that computes and visualizes Jacobian matrices with heatmaps, leveraging NumPy and Matplotlib for dynamic insights into multivariable systems.
Interactive notebook for visualizing the k-means cluttering algorithm for optimization problems.
Python Library Of Babel implementation.
A simple github actions script to build a llamafile and uploads to huggingface
World's Easiest GPT-like Voice Assistant
Discover my digital portfolio through this GitHub app. With PyQt5, explore my GitHub profile, browse projects, and gain insights into my coding journey. Seamlessly integrated with GitHub’s API, it offers real-time updates and a user-friendly interface to showcase my latest work.
👁️ profile README 👁️
A bipedal humanoid control system using a Physics-Informed Neural Network (PINN) and Reinforcement Learning (RL) for stability and manipulation tasks. Integrated with ROS for real-time control and FPGA for hardware acceleration, it offers advanced robotic control, ideal for research, education, and practical applications in dynamic environments.
A versatile application for building, training, and visualizing neural networks with PyQt5. This tool supports Feedforward, Convolutional, and Recurrent Neural Networks. Features include layer customization, CSV input, model saving/loading, and training loss visualization. Ideal for neural network experimentation and educational purposes.
A natural language interface for computers
This repository contains a full wrapper class for running ORB-SLAM3 on a docker container with ROS2 Humble with Ubuntu 22.04.
Simulate and analyze anisotropic warp bubbles using positive energy densities. Includes Jupyter Notebook detailing spacetime grid creation, tensor refinement, and warp factor application. Numerical simulations evaluate bubble configurations. Contributions welcome. BSD-2-Clause licensed. Instructions and dependencies provided.
This Python application provides a dynamic and interactive visualization of the quantum harmonic oscillator, a fundamental concept in quantum mechanics. It enables users to explore the quantum states of a particle in a harmonic potential through graphical representations of wavefunctions and probability densities.
Qjulia-main hosts Quantum Fractal Generator, blending Python’s GUI with Rust’s efficient computation. It creates fractals using quantum effects, offering real-time visualization, customizable colors, and interactive parameters. The Rust library, integral for performance, employs parallel computing for fractal imagery.
QSys Design: A Python app blending quantum computing with robotics. User-friendly wxPython interface for quantum circuit design and simulation via Qiskit. Efficient data management with pandas. Perfect for quantum robotics researchers, offering cutting-edge tech integration and advanced analysis.