Showing 17 of 17 projects
An open-source multi-modal trip planner for public transit, walking, bicycling, and mobility services.
An open standard for distributing public transit schedule and real-time data to software applications.
An open data standard for real-time shared mobility system availability, providing uniform public data feeds.
Pre-generated language bindings for working with GTFS Realtime transit data in popular programming languages.
A routing engine for multimodal transportation networks with realistic travel-time calculations, designed for accessibility analysis and scenario planning.
Generates precise GTFS shapes for public transit feeds by map-matching schedule data to OpenStreetMap road networks.
A collection of ArcGIS tools for analyzing public transit data, including network analysis and real-time GTFS feed integration.
A C implementation of the RAPTOR public transit routing algorithm for generating Pareto-optimal itineraries over large geographic areas.
A browser-based GUI for creating, editing, and exporting static GTFS feeds for public transit agencies.
A Java library for reading, writing, and transforming public transit data in the GTFS format.
An Android app for multi-modal trip planning and navigation using any OpenTripPlanner server.
A Swift library for querying real-time and static data from public transport providers across multiple regions.
A Rust library providing serde structures and helpers to read and parse GTFS (General Transit Feed Specification) archives.
A Rust crate for managing, converting, and enriching public transit data between formats like GTFS, NTFS, and NeTEx-France.
Collects real-time transit data and processes it into retrospective GTFS packages for analytical comparison with scheduled operations.
A Python library that processes GTFS bus data to generate concise stop spacing segments and visualizations for transit analysis.
Research materials for visualizing uncertainty in public transit arrival predictions, including surveys, experiments, and analysis code.
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