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Ground-breaking driverless car project showcases vision for a connected transport future
May 2019: FLOURISH team launches findings after three years of collaborative R&D in connected and autonomous vehicles.
May 2019: FLOURISH team launches findings after three years of collaborative R&D in connected and autonomous vehicles.
May 2019: Kick-off for €2.9m H2020 project to help EU city authorities design the right policy mix to exploit the potential of emerging mobility technologies.
Traffic Technology International, Mar 2019: Siemens and Aimsun are contributing to the low carbon goals of London’s new Ultra Low Emission Zone, introduced on 8th April 2019, and to expand to the whole of inner London by October 2021.
April 2019: Aimsun and TfL to collaborate on an integrated large-scale static and dynamic model that covers the whole of Greater London out to the M25 perimeter.
The Engineer, Mar 2019: David Fowler explores how the LAMBDA-V project is helping driverless cars to understand and embrace the unwritten rules of human driving behavior.
Feb 2019: After 36 months of close collaboration, results are out for the EU research project SETA. The team researched ubiquitous data and service ecosystems for better metropolitan mobility.
Feb 2019: Our main area of focus in this new public beta is to enhance modeling capability for connected and autonomous vehicles at different levels of detail.
VDI nachrichten, 24. Januar 2019: Die Digitalisierung bietet Chancen für Kommunen. Weltweit haben sich Städte auf den Weg zur Smart City gemacht. Doch Schnelligkeit allein entscheidet nicht.
Intelligent Transport Magazine, Jan 2019: Andy Graham, LAMBDA-V Project Manager, details how collecting the informal rules of driving could help highly autonomous vehicles learn about how human drivers really use UK roads.
Jan 2019: A new partnership between Aimsun and ITS Berkeley will enable better management of large-scale, multi-vehicle traffic systems.
TaaS Magazine, Dec 2018: The latest mobility modeling software creates a perfect virtual copy of our transportation networks, where we can safely explore the limits of autonomous vehicle technology.
Dec 2018: Siemens Mobility to use Aimsun Live for real-time traffic management in Wiesbaden as part of the Green City Plan to cut emissions.
Nov 2018: Aimsun is part of this £5.7m study on how European cities can create new systems to accommodate the forecast growth of driverless vehicles, as well as autonomous freight and logistics.
HumanDrive blog, Nov 2018: Can CAVs stop accidents and massively increase capacity? Aimsun and Highways England have used traffic modelling to try to find the answers.
Intertraffic World Showcase, Nov 2018: Testing smart mobility doesn’t begin on the road – modeling software creates virtual worlds where vehicle manufacturers and traffic managers can safely explore the limits of CAV technology.
Nov 2018: Humanizing autonomous vehicles: this one-year feasibility study uses massive data sets to evaluate how human driver behavior can be analysed and used to accelerate the adoption of CAVs.
Research aims to build on existing models of driver and pedestrian behavior, extending them with methods and knowledge from cognitive neuroscience and machine learning.
Aimsun is part of the consortium embarking on a UK government-funded project to create a high fidelity simulation environment to test connected and autonomous vehicles.
Traffic Technology International, Nov 2018: Given the many real-time adaptive traffic management systems already in operation, why do we need short-term prediction, decision support systems and predictive modeling?
ITS World Congress Daily News, Sept 2018: Simulation software takes the risk out of testing, has the flexibility to allow a multitude of variables, and the speed to run multiple simulations in minutes.
Presenting the fastest version of Aimsun Next, ever. We’ve done the impossible by parallelizing the event-based mesoscopic simulation, streamlining the APA files, improving the way we operate on OD matrices and optimizing the time consuming processes in macro and micro.
EarthSense has announced development of a new app in collaboration with the European Space Agency (ESA) and Aimsun. The app will identify and map the cleanest air routes, allowing users to find the least polluted options when walking, running or cycling.
New UK government-funded project helps to explore how simulated environments can support the development of self-driving technology.
FLOURISH blog, Aug 2018: Simulation plays a key role in the FLOURISH project by providing a set of tools for investigation into the use of Vehicle-to-Everything (V2X) connectivity.
Intertraffic Amsterdam Daily News, March 2018: In the biggest deal announced at the show, electronics giant Siemens acquired mobility modeling specialist Aimsun for an undisclosed sum.
Siemens announces at Intertraffic Amsterdam that Aimsun SL will complement the existing Siemens portfolio in the Intelligent Traffic Systems (ITS) segment. Closing is planned for April 2018.
Aimsun Next used for two major new models of Metz Métropole and Grand Reims.
Traffic and Transit, Winter 2018: Aimsun Next modeling software is part of the revolutionary transit signal priority system in New York City – by Mark Yedlin (GPI) and Ernest Athanailos (NYCDOT).
Mobilicat, gener 2018: Rob Dus (GTA Consultants) ens ofereix un informe sobre el model de trànsit híbrid per a l’operació del nou sistema de transport al centre de Sydney, Austràlia.
Aimsun in 30-month Renault-Nissan Alliance Autonomous Vehicle research project, which will culminate in the most complex journey yet attempted across the UK without driver input.
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