Momin Ali's Projects
Accelerate your blockchain security auditing with this Python script leveraging ChatGPT's AI capabilities. Generate comprehensive security audit reports for your smart contracts with ease, including executive summaries, vulnerability assessments, best practices, and testing methodologies.
This repository shows how to create personalized emails in bulk using Open AI ChatGPT API and web scrapping.
This repository provides a comprehensive workflow for augmenting and randomizing both images and their corresponding labels (annotations generated using labelImg). The aim is to prepare a well-structured dataset for training with the Tensorflow Object Detection API.
Analyse environmental, social, and governance policies for potential gaps using AI - powered by LLMs, RAG techniques, and a regulatory knowledge base using OpenAI API, LangChain, Pinecone and Streamlit.
Building a GPT-3 powered Amazon Support Bot for precise customer query responses via fine-tuned model on Amazon QA data
Cutting-edge codes & resources for parallel computing, optimized algorithms, and efficient data processing in CUDA, OpenCL and OpenMP.
OpenChatUI: An open-source, customizable, and modern Chat UI frontend, perfect for showcasing and integrating chat-related projects in Python.
ParallelCryptography harnesses high-performance computing to optimize cryptographic algorithms. Explore our subprojects for parallel encryption, decryption, hashing, and more. Secure your data efficiently with the power of parallel computing.
This repository contains a simple particle physics simulation that demonstrates the behavior of particles with gravitational effects. The simulation is implemented using Pygame for visualization and PyOpenGL for rendering.
This project showcases modules like path planning, communication, resource management and more. Simulate efficient swarm behavior while handling module failures. Experience the power of collaboration in optimizing productivity and minimizing disruptions.
Explore scalable Plotly Dashboards with dynamic capabilities. Organized structure for multiple dashboards, each with Plotly graphs and algorithms. Share common components and utilities for efficient development.
Explore a sophisticated Python repository demonstrating rocket takeoff simulations. Leverage realistic physics like thrust, drag, and gravity, while embracing parallel processing and OpenGL visualization. Witness intricate calculations simulating rocket trajectories, combining education and technology seamlessly.