SUMO2018: Author IndexAuthor | Papers |
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A | Acosta, Andrés | A new strategy for synchronizing traffic flow on a distributed simulation using SUMO | Alazzawi, Sabina | Simulating the Impact of Shared, Autonomous Vehicles on Urban Mobility – a Case Study of Milan | Arroyo, Nicolas | A new strategy for synchronizing traffic flow on a distributed simulation using SUMO | Aswakul, Chaodit | Chula-SSS: Developmental Framework for Signal Actuated Logics on SUMO Platform in Over-saturated Sathorn Road Network Scenario | B | Baksa, Zoltan | Simulation of Autonomous RoboShuttles in Shared Space | Barthauer, Mirko | Coupling traffic and driving simulation: Taking advantage of SUMO and SILAB together | Bayen, Alexandre | Flow: Deep Reinforcement Learning for Control in SUMO | Behrisch, Michael | Analysis of the traffic behavior of emergency vehicles in a microscopic traffic simulation Improving SUMO's Signal Control Programs by Introducing Route Information Route estimation based on network flow maximization | Beutelschieß, Stephan | Simulation of Autonomous RoboShuttles in Shared Space | Bieker-Walz, Laura | Analysis of the traffic behavior of emergency vehicles in a microscopic traffic simulation | Bósa, Károly | Calibrating Traffic Simulation Models in SUMO Based upon Diverse Historical Real-Time Traffic Data – Lessons Learned in ITS Upper Austria | C | Codeca, Lara | Monaco SUMO Traffic (MoST) Scenario: A 3D Mobility Scenario for Cooperative ITS | D | Dingil, Ali Enes | Road network extraction with OSMNx and SUMOPy | E | Erdmann, Jakob | Route estimation based on network flow maximization Multi-Level-Validation of Chinese traffic in the ChAoS framework | Espinosa, Jairo | A new strategy for synchronizing traffic flow on a distributed simulation using SUMO | Espinosa, Jorge | A new strategy for synchronizing traffic flow on a distributed simulation using SUMO | F | Filippi, Francesco | Generating activity based, multi-modal travel demand for SUMO | Flitsch, Christina | Calibrating Traffic Simulation Models in SUMO Based upon Diverse Historical Real-Time Traffic Data – Lessons Learned in ITS Upper Austria | Flötteröd, Yun-Pang | Improving SUMO's Signal Control Programs by Introducing Route Information | Friedrich, Bernhard | Multi-Level-Validation of Chinese traffic in the ChAoS framework | G | Gasper, Rainer | Simulation of Autonomous RoboShuttles in Shared Space | H | Hafner, Alexander | Coupling traffic and driving simulation: Taking advantage of SUMO and SILAB together | Hummel, Mathias | Simulating the Impact of Shared, Autonomous Vehicles on Urban Mobility – a Case Study of Milan | Härri, Jérôme | Monaco SUMO Traffic (MoST) Scenario: A 3D Mobility Scenario for Cooperative ITS | J | Jung, Martin | Simulating a multi-airport region on different abstraction levels by coupling several simulations | Junghans, Marek | Analysis of the traffic behavior of emergency vehicles in a microscopic traffic simulation | K | Kastner, Karl-Heinz | Calibrating Traffic Simulation Models in SUMO Based upon Diverse Historical Real-Time Traffic Data – Lessons Learned in ITS Upper Austria | Kheterpal, Nishant | Flow: Deep Reinforcement Learning for Control in SUMO | Komolkiti, Patrachart | Chula-SSS: Developmental Framework for Signal Actuated Logics on SUMO Platform in Over-saturated Sathorn Road Network Scenario | Kordt, Pascal | Simulating the Impact of Shared, Autonomous Vehicles on Urban Mobility – a Case Study of Milan | Kreidieh, Aboudy | Flow: Deep Reinforcement Learning for Control in SUMO | Krisanachantara, Chonti | Chula-SSS: Developmental Framework for Signal Actuated Logics on SUMO Platform in Over-saturated Sathorn Road Network Scenario | Krumnow, Mario | Simulation of Autonomous RoboShuttles in Shared Space | M | Mintsis, Evangelos | Assessment of ACC and CACC systems using SUMO | Mitsakis, Evangelos | Assessment of ACC and CACC systems using SUMO | N | Neubauer, Matthias | Calibrating Traffic Simulation Models in SUMO Based upon Diverse Historical Real-Time Traffic Data – Lessons Learned in ITS Upper Austria | Noyer, Ulf | Simulating a multi-airport region on different abstraction levels by coupling several simulations | P | Parvate, Kanaad | Flow: Deep Reinforcement Learning for Control in SUMO | Poliziani, Cristian | Generating activity based, multi-modal travel demand for SUMO | Porfyri, Kallirroi N. | Assessment of ACC and CACC systems using SUMO | R | Rudolph, Florian | Simulating a multi-airport region on different abstraction levels by coupling several simulations | Rupi, Federico | Road network extraction with OSMNx and SUMOPy Generating activity based, multi-modal travel demand for SUMO | S | Schwarzer, Jochen | Simulation of Autonomous RoboShuttles in Shared Space | Schweizer, Joerg | Road network extraction with OSMNx and SUMOPy Generating activity based, multi-modal travel demand for SUMO | Semrau, Marc | Multi-Level-Validation of Chinese traffic in the ChAoS framework | Shafiq, Muhammad | Dynamic Route Optimization for Heterogeneous Agent Envisaging Topographic of Maps | Sickenberger, Thorsten | Simulating the Impact of Shared, Autonomous Vehicles on Urban Mobility – a Case Study of Milan | Simon, Levente | Simulation of Autonomous RoboShuttles in Shared Space | Stasiskiene, Zaneta | Road network extraction with OSMNx and SUMOPy | T | Techakittiroj, Kittiphan | Chula-SSS: Developmental Framework for Signal Actuated Logics on SUMO Platform in Over-saturated Sathorn Road Network Scenario | V | Vinitsky, Eugene | Flow: Deep Reinforcement Learning for Control in SUMO | W | Watarakitpaisarn, Sorawee | Chula-SSS: Developmental Framework for Signal Actuated Logics on SUMO Platform in Over-saturated Sathorn Road Network Scenario | Wieseotte, Christian | Simulating the Impact of Shared, Autonomous Vehicles on Urban Mobility – a Case Study of Milan | Wohak, Oliver | Simulating the Impact of Shared, Autonomous Vehicles on Urban Mobility – a Case Study of Milan | Wu, Cathy | Flow: Deep Reinforcement Learning for Control in SUMO |
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