Physics-Aware LiDAR Simulation
This project develops a physics-based LiDAR simulation using deep learning to improve accuracy.
This project develops a physics-based LiDAR simulation using deep learning to improve accuracy.
Used custom GANs to swap garments on a person, solving issues with resolution and limited data, trained distributedly
Edited face features using GANs, tackling entanglement, artifacts, and identity-preserving encoding
A lightweight chatbot to answer frequently asked questions using Siamese Networks
This project used CNNs and image processing to detect fake face images, achieving a 0.94 f1-score
A project enhancing classroom security with human detection, door access control, and attendance tracking
Data Mining for news using Twitter API
Panorama creation from multiple images using Python, OpenCV, and SIFT algorithm
Implemented Bug1 and Bug2 algorithms for the Turtlebot3 Burger robot
A ROS-based project implementing forward and inverse kinematics for a robotic arm