PHOEBE
El objetivo del equipo PHOEBE es desarrollar un marco integrado, dinámico y escalable de evaluación predictiva de la seguridad centrada en el ser humano para todos los usuarios de las vías urbanas.
SPINE
SPINE schlägt intelligente Initiativen für den öffentlichen Verkehr vor, um europäischen Städten zu helfen, klimaneutral zu werden.
Connecting centroids to multiple sections
February 2023: Tessa Hayman explains different options for multiple centroid connections and the effects of different parameters and assignment algorithms.
CONDUCTOR
Fleet and traffic management systems for the implementation of future cooperative mobility.
Aimsun wins five new Horizon Europe research projects
January 2023: The Aimsun Research Project team were just recovering from a mammoth bidding effort for Horizon Europe Projects. We are glad to report that we were very successful, and since October, have started 5 new projects.
Zufällige Seeds in Verkehrsmodellen
In dieser technischen Notiz werden die verschiedenen Quellen der Stochastizität in Mikro- und Meso-Experimenten in Aimsun Next erklärt und wie Sie diese kontrollieren können.
Aimsun announces new Global Head of Professional Services
December 2022: Today Aimsun welcomes Graeme Inglis as the new Global Head of Professional Services. This is a key position in Aimsun’s management team and was previously held by Dr Alex Torday, who took the helm as Aimsun’s CEO earlier this year.
Multimodal simulation helps to improve the airport experience
December 2022: The vision of the IMHOTEP project is a multimodal European transport system, where different modes of travel are seamlessly integrated to give passengers a great door-to-gate and gate-to-door experience
Optimization-based path-planning for connected and non-connected automated vehicles
Optimization-based path-planning for connected and non-connected automated vehicles
Mode differentiation in partitioning of mixed bi-modal urban networks
Mode differentiation in partitioning of mixed bi-modal urban networks
Optimizing distribution of metered traffic flow in perimeter control: Queue and delay balancing approaches
Optimizing distribution of metered traffic flow in perimeter control: Queue and delay balancing approaches
An extended Kalman filter approach for real-time state estimation in multi-region MFD urban networks
An extended Kalman filter approach for real-time state estimation in multi-region MFD urban networks
Umweltzonen: Abschätzung ihrer Umweltauswirkungen
Die Simulation ist ein unschätzbares Instrument zur Unterstützung der Festlegung einer wirksamen Emissionspolitik. Aimsun hilft Ihnen, die Wirksamkeit verschiedener Maßnahmen zu vergleichen und die damit verbundenen Auswirkungen zu bewerten, so dass Sie die Schadstoffbelastung innerhalb der gesetzlichen Grenzwerte halten können, ohne die Mobilität zu beeinträchtigen.
Wiesbaden digitization project wins World Smart City Award
November, 2022: Yunex Traffic and Aimsun win the Mobility Award at Smart City Expo in Barcelona for the „Digitization of Traffic“ (DIGI-V) project in Wiesbaden.
John Doe BC
Simulation and AI for intelligent mobility John Doe Job Title john.doe@aimsun.com John Doe Aimsun SLU Ronda Universitat 22 B Barcelona 08007 Spain Add to your contacts dots-blue
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.
Taking cost-benefit analysis to the next dimension
In this new article, Mark Brackstone takes a look at how this EU-funded research group has taken cost-benefit analysis to the next level.
Überprüfung von Realdatensätzen auf Konsistenz
Mohammad Saifuzzaman zeigt, wie das Aimsun Realdatensätze-Werkzeug die Erstellung sauberer Datensätze beschleunigt und vereinfacht, und untersucht einige verschiedene Anwendungsfälle.
TEMPUS
Das TEMPUS-Team will herausfinden, wie die Digitalisierung München bei der Entwicklung eines nachhaltigen, emissionsarmen, sicheren und barrierefreien Verkehrssystems unterstützen kann.
