A Unix, Windows, Raspberry Pi Object Speed Camera using python, opencv, video streaming, motion tracking. Includes a Standalone Web Server Interface, Image Search using opencv template match and a whiptail Admin Menu Interface Includes picam and webcam Plugins for motion track security camera configuration including rclone sync script. watch-app allows remotely controller camera configuration from a remote storage service name. Uses sqlite3 and gnuplot for reporting. Recently added openalpr license plate reader support.

C# .NET Core Google Api (Maps, Places, Roads, Search, Translate). Supports all endpoints and requests / responses.

This project is an aid to the blind. Till date there has been no technological advancement in the way the blind navigate. So I have used deep learning particularly convolutional neural networks so that they can navigate through the streets.

Using OpenCV to detect Lane lines on Roads

A command line tool and module for Google Street View Image API

BETA: Free, open-source automated road creation tool for Unity

The core technology behind Self Driving Cars today.

A wizard that helps in creating realistic city roadmaps for Gazebo desired ambient lighting.

Road Architect for Unity; Current version is 1.9; Development on 2.0 is currently ongoing in the RewrittenAPI branch;

Visualizations of shortest path routes in road networks.

Town growth simulator that creates road networks

道路品質AI偵測

This code segments out the drive-able portion of the road from the surrounding.

paper link

import open street map data as a networkx graph

Prototyping a traffic simulator for Cluj-Napoca using html5 canvas and a lot of maths and basic AI.

🛣 The Roads of Your Veins - an interactive biometric-data artwork that allows participants to scan their veins and find the roads that match their vein lines.

Unity mobile game.

A simple road trip cost calculating website.

UK MOT/TAX checker for UK registered Vehicles

OpenTNF™ - An open standard for exchange and usage of data on Transport Networks

This is a computer vision project for solving the problem of lane detection in autonomous driving vehicles. The project uses simple thresholding based techniques in L*a*b color space. Programming has been done in C++ using OpenCV library.

Choose the amount of coins you want in crossy road!

This project is an aspect of a big project that is called the Self-Driving Car. One of the enthusiastic parts of the Self-driving Car is Behavioural Cloning. Can you imagine how it is fantastic an artificial device to learn driving?

Semantic Segmentation

Behavioral Cloning. See my results demo at https://youtu.be/YLzhG9FJ-ag

Middleware framework to make easy to write backend applications

Rapoarte Drumuri helps drivers avoid unplesant events on the road 🚧 🚙