PTV Group opens Mobility Lab

In cooperation with the City of Karlsruhe, Germany, PTV Group has established a Mobility Lab, where various traffic planning and model solutions will be linked to one another and to other solutions in order to try out new ideas and approaches as well as their effects on cities and regions worldwide.
June 26, 2017 Read time: 2 mins

In cooperation with the City of Karlsruhe, Germany, 3264 PTV Group has established a Mobility Lab, where various traffic planning and model solutions will be linked to one another and to other solutions in order to try out new ideas and approaches as well as their effects on cities and regions worldwide.

From real-time solutions for traffic and transport planning to new, need-based mobility services (Mobility as a Service), the company hopes that the mobility lab will make a contribution to developing Karlsruhe into a smart city and enable future-oriented solutions to be developed for other cities.

The heart of the Mobility Lab is the Karlsruhe traffic management system based on PTV Optima software. In this system, based on a down-to-the-hour transport model of the city of Karlsruhe, the PTV online detector data is provided with the traffic planning software. It comes from the 189 Siemens city traffic control system. In addition, data is provided by various commercial data suppliers such as 7643 Here, 163 Inrix, MotionLogic and 1692 TomTom. Linking of these models and data in the PTV Optima real-time traffic management system provides a range of functionalities for transport planners.

Action scenarios can also be developed in the Mobility Lab to react to various incidents, by changing the service offerings, or adjusting traffic signal programs or coordinating them to provide a ‘green wave’. The switching of variable message signs and the influencing of traffic demand through messages on the radio, internet or in navigation systems can also be modelled, while the effects of various scenarios can be simulated online in order to select the best course of action.

GIS/ Mapping & Location Based Systems Urban Traffic Control

For more information on companies in this article

Related Content

  • Jaguar uses PTV microsimulation tool for C/AV concepts
    April 10, 2019
    Jaguar Land Rover is using PTV’s Vissim, a multi-modal microsimulation tool to simulate and test connected and automated vehicle (C/AV) concepts. Vissim can be used for the modelling of multi-modal urban or motorway networks and for testing the design and feasibility of transport infrastructure projects. It can also be used by researchers, vehicle manufacturers, transport planners, traffic engineers and public authorities to help design future transport systems, testing the impact of C/AVs on road network
    Read More
  • New York pioneers online mobile real-time bus tracking
    May 22, 2012
    An unusual technology collaboration. David Crawford investigates Early in January 2012, the New York City Metropolitan Transportation Authority (MTA) rolled out the first borough-wide implementation of its pioneering Bus Time online mobile real-time tracking service. The system allow commuters to track each bus on every route in real-time on the internet, via smartphones and by text messaging to a mobile phone. The MTA chose Staten Island for its first live launch due to it being the only one of the five Ne
    Read More
  • MaaS must be seamless and invisible - or forget it
    June 5, 2018
    MaaS experts from around the world converged on ITS International’s MaaS Market Atlanta conference to talk about how MaaS can be implemented in the US. Andrew Bardin Williams had a front row seat. Transportation experts from around the world gathered in the US earlier this month to discuss the future of Mobility as a Service (MaaS) and how it could be deployed in the US market. While most attendees at ITS International’s MaaS Market Atlanta conference were familiar with the MaaS concept, the US’s highly
    Read More
  • Communications redundancy increases VMS reliability
    December 17, 2014
    Hybrid communications to variable message signs increase resilience to natural disasters and enable deployment in remote areas, as Alan Allegretto explains. Variable Message Signs (VMSs) are a common sight and a well-proven means to improve public safety on our roads and highways. ITS professionals rank the VMS as second only to interoperable radios as the most important technology to improve effectiveness during emergency incidents and evacuations. Ironically, however, current systems suffer from one criti
    Read More

Highlighted Content