Dash application to simulate various regression models

Automatic Panaroma Stitching

Contains 6-Projects and 1-Homework

Product Recognition on Store Shelves with Traditional Computer Vison tecnhiques

EKF Monocular SLAM written in C++20

Implementation of calculating a homography matrix by RANSAC

Задания по дисциплинам "Системы технического зрения" и "Основы программирования на С++" за 9-й и 10-й семестры

Lidar Obstacle Detection using RANSAC and Euclidean Clustering

Homework and assignments for ENPM 673

A project for creating a panorama image from two images using Python (OpenCV), SIFT, kNN, RANSAC, Homography and weighted filters

Obstacle Detection using LiDAR Point Cloud, RANSAC, and Euclidean Clustering.

Some projects are modified from Chu-Song Chen's class of 3D Computer Vision with Deep Learning Applications at National Taiwan University.

This project is a demonstration of a simple sphere fitting algorithm using a neural network to guide the RANSAC algorithm.

S-RANSAC regressor

Visual environmental perception methods for autonomous road vehicles using semantic segmentation to discover drivable surfaces, lane boundaries, and distances to dynamic and static objects

I developed this project using ROR Back-end

Analysing the concrete dataset from I-Cheng Yeh (1998) with Python, scikit-learn, Bokeh

API for panoramer

Computer vision small projects. Algorithms from scratch.