Self-balancing decentralized distributed platform for urban traffic simulation
Q Bragard, A Ventresque… - IEEE Transactions on …, 2016 - ieeexplore.ieee.org
Microscopic traffic simulation is the most accurate tool for predictive analytics in urban
environments. However, the amount of workload (ie, cars simulated simultaneously) can be …
environments. However, the amount of workload (ie, cars simulated simultaneously) can be …
Self-Balancing Decentralized Distributed Platform for Urban Traffic Simulation
Q Bragard, A Ventresque, L Murphy - IEEE Transactions on Intelligent …, 2017 - dl.acm.org
Microscopic traffic simulation is the most accurate tool for predictive analytics in urban
environments. However, the amount of workload (ie, cars simulated simultaneously) can be …
environments. However, the amount of workload (ie, cars simulated simultaneously) can be …
Self-Balancing Decentralized Distributed Platform for Urban Traffic Simulation
Q Bragard, A Ventresque - IEEE Transactions on Intelligent Transportation …, 2017 - trid.trb.org
Microscopic traffic simulation is the most accurate tool for predictive analytics in urban
environments. However, the amount of workload (ie, cars simulated simultaneously) can be …
environments. However, the amount of workload (ie, cars simulated simultaneously) can be …
[PDF][PDF] Self-Balancing Decentralized Distributed Platform for Urban Traffic Simulation
Q Bragard, A Ventresque, L Murphy - researchrepository.ucd.ie
Microscopic traffic simulation is the most accurate tool for predictive analytics in urban
environments. However, the amount of workload (ie, cars simulated simultaneously) can be …
environments. However, the amount of workload (ie, cars simulated simultaneously) can be …
Self-Balancing Decentralized Distributed Platform for Urban Traffic Simulation
Q Bragard, A Ventresque, L Murphy - 2017 - researchrepository.ucd.ie
Microscopic traffic simulation is the most accurate tool for predictive analytics in urban
environments. However, the amount of workload (ie, cars simulated simultaneously) can be …
environments. However, the amount of workload (ie, cars simulated simultaneously) can be …