How AI and simulation are transforming roadworks management
The SYNCHROMODE project shows how AI and simulation can optimise roadworks management to reduce impact on traffic flow.
Better Bike-Share Planning and Operations with Aimsun Digital Twins
Predict demand for shared city bikes using Aimsun’s AI-powered Mobility Digital Twins – ensure bikes are always where they’re needed most.
The TANGENT Tool for Enhanced Real-Time Multimodal Transport Management
The TANGENT research project developed tools to assist transport authorities and operators in applying coordinated traffic and transport network management.
Innovation Planning for Interurban Mobility Management
Can Tradable Mobility Credits be effective, as “digital tolls“, for interurban mobility management? How could DRT services be utilized in an interurban context to further enhance network efficiency?
Seamless Multimodal Mobility – Making it a Reality
The ACUMEN research project team are creating a dynamic, data-driven digital framework for advanced network management.
Testing Autonomous Driving Systems: Co-simulation and Human Driver Calibration
The journey toward fully autonomous driving is an exciting one, with innovations making cars smarter, safer, and more efficient. The EU-funded research project, i4Driving, contributes to this journey by developing a cutting-edge platform designed to test Autonomous Driving Systems (ADS). Alkis Papadoulis presents the latest advancements from the i4Driving team.
Safe integration of active mobility modes into Singapore’s transport ecosystem
Aimsun is part of a pilot project to evaluate options for safely integrating active mobility devices into Singapore’s transport ecosystem.
Automating real-time traffic management for cost efficiency
How automation is helping local transport authorities to reduce the maintenance costs of traffic management systems.
Shaping the Future of Advanced Traffic Management Solutions
Antonio Pellicer, PhD, explains Aimsun’s role in the SYNCHROMODE research project, focusing on enhancing transport network management through data-driven and simulation-based solutions.
More efficient traffic and fleet management
Athina Tympakianaki, PhD, explains the potential benefits to our cities of the CONDUCTOR HE urban transit research project.
Community-aware transport management
Mónica Domínguez, a data scientist at Aimsun, explains the paradigm shift from individual to community-aware transport solutions and how this has guided development of cooperative transport management strategies in the FRONTIER research project.
Road safety for all: how traffic simulation forecasts infrastructure safety
How the PHOEBE project enhances traffic simulation to forecast infrastructure safety and support safer road design for all users.
An Extension for Autonomous Vehicle Controllers in Aimsun Next
Aimsun Next has introduced an extension for autonomous vehicle controllers, enhancing the simulation of vehicle behavior in complex traffic scenarios.This blog reviews the extension for the autonomous vehicle controller developed for Aimsun Next within the EU-funded FRONTIER EU Project
Data alone is not enough
The FRONTIER research project uses simulation, data analysis and prediction to test cooperative traffic management solutions in various cities across Europe
Simulation-based and data-driven solutions for enhanced real-time multimodal transport management
How Aimsun contributes to the TANGENT Project by integrating data-driven and simulation-based solutions into different tools and technologies developed within the project, aiming to optimise multimodal transport operations
Seamless door-to-door air travel
How the IMHOTEP research project is using simulation technology to improve airport management and ease the many pain points for customers traveling to and from busy airports.
Real-time simulation training for traffic managers
When Main Roads Western Australia installed a new traffic management system, their staff needed to learn how to use it in a realistic but risk-free environment – simulation training was the perfect solution.
Towards agent-based models: simulating multimodal transport systems
How agent‑based models enable simulation‑based assessment of emerging multimodal transport systems and new mobility services.
Road safety for all: how transport simulation can help predict and prevent blackspots
Road safety is a major concern for public administrations worldwide: severe injuries and fatalities are not only a human tragedy but also have huge social costs
Integrating public transport with new mobility for climate neutrality
The EU-funded SPINE project employs simulation and data-driven models to virtually assess the impact of new solutions for increasing public transport’s modal share and user satisfaction.
