Multi-Agent Transport Simulation

A Vehicle Routing Problem solver

A discrete-time Python-based solver for the Stochastic On-Time Arrival routing problem

A project on using mathematical programming to solve multi-modal transportation cost minimization in goods delivery and supply chain management.

General Modeling Network Specification

Introductory tutorial (approx. 3 hours) covering the setup and querying of an OpenTripPlanner instance

An R package to set up and use OpenTripPlanner (OTP) as a local or remote multimodal trip planner.

open-bus-map-search

This repository documents MATLAB implementation of a dynamic user equilibrium solver, including a dynamic network loading sub-routine

Transport Data Science, a post-graduate module at the University of Leeds' Institute for Transport Studies

Transition is a modern new approach to transit planning. It's a web application to model, simulate and plan public transit and alternative transportation.

a Web Application prototype for public transportation, serving a RESTful API to find Stations, Bus, Metro and Tramway's Lines, while also computing the best multimodal path between two stations or addresses

OpenTripPlanner REST API wrapper for R

Open source fork of the sDNA (Spatial Design Network Analysis) software

An R interface to cyclestreets.net APIs

Optimal Transport Networks in Spatial Equilibrium - in Julia

roadway.report is a map of every traffic death in the USA

Python package provides powerful tools for creating and managing Ideal Flow Networks (IFN). An Ideal Flow Network is a strongly connected network where the flows are balanced.

This solution was written in python and is based on the vehicle routing problem

Calculate voronoi-style polygons based on route distances / durations