Traffic in an urban network becomes congested once there is a critical number of vehicles in the network. To improve traffic operations, develop new congestion mitigation strategies, and reduce negative traffic externalities, understanding the basic laws governing the network’s critical number of vehicles and the network’s traffic capacity More
Anastasios Kouvelas now leads the group Traffic Engeneering (SVT) at the Institute for Transport Planning and Systems (IVT). He thinks the shift from human driven to automated cars is like the shift from horse-car traffic to automobiles. Learn more about his views on the future of our daily road More
25 September 2019, 18:00-19:00 | The Grand Projet Book Launch & Exhibition Opening | ETH Zürich, Hauptgebäude, im Lichthof, Erdgeschoss (HG E Nord), Rämistrasse 101, Zürich | exhibition open 25.9. to 4.10.2019. At this book launch and exhibition opening, The Grand Projet team at the ETH-Future Cities Laboratory presents the More
24-25 September 2019 | Zurich. The FCL conference ‘Future Cities: Actions’ will feature outcomes of research conducted at the Future Cities Laboratory since 2015, when the second phase of the programme began. In particular, the conference will focus on actions and FCL’s contribution to sustainable future cities.
Kay Axhausen ist nun für zwei Jahre neuer Leiter des Netzwerks Stadt und Landschaft. Er äussert sich hier zur Zusammenarbeit der Disziplinen Städtebau, Raum- und Landschaftsentwicklung und Verkehrsplanung sowie zur Neuordnung der Strassenfinanzierung in der Schweiz aufgrund automatischer Fahrzeuge.
12.-14. September 2019 | Internationale Bahn- und Mobilitätstagung | ETH Campus in Zürich. Diese Tagung wird erneut ein breites internationales Publikum von Wissenschaftlern, Entscheidungsträgerinnen, und Fachleuten aus den Bereichen Bahn und Mobilität anziehen. Die Tagung wird im bewährten Format weitergeführt: Symposium (Donnerstag), Seminare (Freitag), gefolgt von einem technischen Ausflug More
29 July 2019, 08:30–14:30 | ETH Zurich, MM C 78.1, Leonhardstrasse 34, 8092 Zurich. Workshop by Anastasios Kouvelas with Prof. J. Haddad, Dr. A. Kouvelas, Prof. J.C. Muñoz, Dr. M. Ramezani, and Dr. J. Casas. Please register by e-mail until 19 July 2019. No registration fee. Programme
Eine einzigartige Simulation für die Stadt Zürich zeigt: Fahrerlose Taxis werden den Individualverkehr in Städten nicht verdrängen, sofern auch automatisierte Privatfahrzeuge verfügbar sind. Bisherige Simulationen gingen von einer zu hohen Nachfrage nach automatisierten Taxidiensten aus, weil sie Präferenzen von Nutzern bezüglich Flexibilität, Kosten und Wartezeiten nicht berücksichtigten.
This second volume in the Indicia series focuses on the tools, methods and approaches needed for research on future cities. Following Marshall McLuhan’s famous provocation, we focus less on the ‘message’ and more on the ‘medium’ of research. This involves retreating from research contents—the topics, themes, questions, hypotheses, More
11. April and 16. May 2019. SCCER Mobility Young Talent Development Program. Seminar series as a platform for young scientists to present their research projects related to Mobility. Further events from the SCCER are also forthcoming, including a Start-up and Entrepreneurship Workshop. Flyer
ETH Zurich has launched the ETH Mobility Initiative together with the Swiss Federal Railways (SBB) as first partner to further expand research and education in the area of mobility. The call for new partners and proposals is now open. Within this framework, a long-term research programme is being established More
As interest in cycling as a mode of transport rises concurrently with a rise in bicycle traffic volumes in Germany, modeling cyclists’ decisions gains importance. A recently completed online survey shows that in addition to commonly considered attributes like pavement type, the urban design characteristics «complexity» and «streetscape More
Future demand in public transport is prognosticated to increase significantly. To manage the additional demand in transportation the Swiss Federal Railway SBB has launched the SmartRail 4.0 programme. In the context of SmartRail 4.0 the capacity of the Swiss railway network shall be increased by up to 30%. More
While driving the train, the driver’s primary goals are to ensure safety; maintain the schedule of the service; and if the above are covered, improve energy efficiency of service delivery and passenger comfort, while respecting standard operating procedures set by the railway undertakings. Operating the train in this More
Understanding what to measure, and how to model it, to deliver value in railway predictive maintenance The goal of this project is to shift the current condition assessment and monitoring paradigm for railways. This proposal aims to exploit the power harnessed from on board monitoring data obtained in More
When it comes to predicting inter-municipal commuting flows in Switzerland, spatial origin-destination flow models serve as an easier alternative to the classical 4-step approach in transportation demand modelling. They account for effects in neighbouring municipalities that may influence a particular flow at origin or destination and predict flows More
Self-driving vehicles (AVs) will dissolve the boundaries between individual and public transport, changing the attractiveness of different areas as residential locations. The lack of public transport services in peripheral communities is currently leading to population decreases despite great (financial) efforts (e.g. Albinen VS). The aim of this study More
Beginning in 2019, the Transport Planning group at IVT, in corporation with the University of Basel and the ZHAW will undertake a large-scale empirical study of mobility behaviour in Switzerland. Using a mobile app, participants will record their daily mobility and receive feedback and suggestions. The research is More
How automated vehicles will affect the transport system and travel behavior is still very much an open research question. A recently completed 2 year project at the Institute for Transport Planning aimed to quantify the future impacts of automated vehicles and car-sharing using both surveys and agent-based simulation More
Francesco Corman is professor of Transport systems at the Institute for Transport Planning and Systems (IVT). Previously professor at TU Delft and KU Leuven, he joined ETH in 2017. His main fields of research include operation and control of public transport systems, rail traffic management, logistics and maintenance.
28. Oktober bis 25. November 2018. Wie werden künftig Häuser gebaut und Städte geplant? Wie leben, arbeiten und bewegen wir uns im Häusermeer? Das Herbstprogramm dreht sich um digitales Bauen, neue Baustoffe und künftige Formen des Wohnens und der Mobilität. Alle Veranstaltungen sind online. Treffpunkt Science City ist das kostenlose öffentliche Bildungsangebot der ETH More
The dissertation examines whether rail freight systems can be designed to allow for the integration into urban supply chains. It concludes that railway has the potential to complement the urban freight system with an alternative transport system. The challenge for planners will be to provide the freight system More
The macroscopic fundamental diagram provides insights on traffic flow at a macroscopic level. Given its elegance, it has become a popular tool to analyse various traffic-related problems. We show that the MFD can also be used to estimate the level of heterogeneity in a network, which allows city planners the More
The proliferation of GPS technology and high speed mobile networks presents exciting opportunities for new insights into travel behaviour. With funding from the SNSF NFP75 on Big Data, a European research team headed by the Institute for Transport Planning and Systems is exploring new avenues for the integration More
Reducing railway delays, their variability and propagation, considering operations as stochastic processes, explicitly considering current and possible future delays The goal of this project is to develop a set of interconnected algorithmic approaches that improve railway operations by real-time traffic control, reducing delays, their variability, and their propagation More
You missed this NSL colloquium on 14 May? The film recording is now online! Logistics and mobility of goods is facing relevant substantial challenges, which are mostly invisible to users, differently from the challenges of personal mobility, such as delays, traffic jams, etc, which we witness daily. This More
Das Forschungsprojekt untersucht systematisch Innovationen, welche zur Verlagerung zusätzlicher Verkehre von der Strasse auf den Kombinierten Verkehr beitragen können, indem sie heutige Verlagerungshemmnisse reduzieren oder beseitigen. Allerdings reicht das Verlagerungspotenzial aller untersuchten Innovationen nicht aus, um die für den Aufbau neuer Relationen erforderlichen gebündelten Mengen zu erreichen. Forschungsprojekt More
Soon when crossing the street we might need to also look towards the sky! Researchers and practitioners alike are starting to invest resources into the investigation of potential impacts of flying car systems on the transportation. Will the flying car help reduce congestion on roads? Will it bring More
Published by the Network Design Lab. Information Nothing in cities makes sense except in the light of accessibility. Transport cannot be understood without reference to the location of activities (land use), and vice versa. However, for a variety of historical reasons, transport and land use are quite divorced More
The platooning of trucks has been considered in many studies as a potential approach to reduce some of the negative effects caused by trucking on the highways. A platoon of trucks is formed by decreasing the spacing between the trucks and adjusting their speeds at the same time. More
In urban environments, where buses and cars operate in mixed fashion, bus delays can be exacerbated at signalized intersections due to the interactions with cars. This research will investigate the use of additional signals to provide priority to buses at signalized intersections, while minimizing the negative effects to More
In the last decades, cities around the world have started to reduce speed limits in both residential areas and city centers. In Switzerland, for example, more than 700 districts and municipalities have streets and areas with 30 km/h regulations, and there have been initiatives to extend those to More
To understand the physics of urban mobility, traffic dynamics of multimodal urban networks need to be analyzed under many different scenarios, including various network properties. To this end, an aggregated model for multimodal systems, following the concept of the three-dimensional bi-modal macroscopic fundamental diagram (3D-MFD), can be used More