railway-infrastructure

An OpenStreetMap-based project for creating a map of the world's railway infrastructure.

papers, presentation, notes, references

Watch out! This repository contains only PoC code of DigitaleSchiene application, called "Project Tango" or "Deutsche Bahn Lokfuehrer Seite". This code is preserved with all copyrighs related to proper institutions.

Blog posts of OpenRailwayMap project

Application created to calculate time of train ride. It's extend of project created in my master thesis "Analysis of capacity railway route " which I've written during my studies on Warsaw University of Technology. Code has created in Borland C++ Bulider 6.

A vision-based line-tracking (VIBLITE) technique has been proposed for uplift measurements of railway catenary systems in front of noisy backgrounds. The file contains MATLAB code with example images for processing. The Line-tracking technique is designed for detecting and tracking a linear object, e.g., a railway catenary wire. The technique is based on a coarse subset and line search and subpixel centerline detection. Vertical displacement response of the linear object can also be obtained. The principles are described in detail in reference: Tengjiao Jiang, Gunnstein T. Frøseth, Anders Rønnquist, Egil Fagerholt. A Robust Line-Tracking Photogrammetry Method for Uplift Measurements of  Railway Catenary Systems in Noisy Backgrounds, Mechanical Systems and Signal Processing. 144 (2020) 106888.https://doi.org/10.1016/j.ymssp.2020.106888. If you want to cite our work, please cite the code and the above article. The code reference sample is as follows: Tengjiao Jiang, Gunnstein Thomas Frøseth, Anders Rønnquist, & Egil Fagerholt. (2020, February 23). A vision-based line-tracking technique (Version 1.1). Zenodo. http://doi.org/10.5281/zenodo.3685219.