第23回 Autonomous Vehicles Modelling and its Network Evaluations
2018年2月27日(火)～2018年3月2日(金)
Eiji Hato (University of Tokyo)
Introduction 		概要
Giancarlos Troncoso Parady (University of Tokyo)
Accounting for spatial correlation in tsunami evacuation destination choice 		概要
Mizuki Ueda (University of Tokyo)
Dynamic discrete-continuous models for evacuation behavior analysis 		概要
Junji Urata (Kobe University)
Modeling convergence enhancement of social interactions for evacuation 		概要
Tomer Toledo (Israel Technion)
Data collection and modeling for Haifa wildfires evacuation 		概要
Ido Marom (Israel Technion)
Activity-based modeling for evacuation scenario 		概要
Nurit Oliker (Israel Technion)
Frequency-based transit assignment model that considers online information 		概要
Tomer Toledo (Israel Technion)
Modeling driving behavior and simulation for autonomous vehicles 		概要
Schlomo Bekhor (Israel Technion)
User equilibrium in the presence of autonomous vehicles 		概要
Keiichiro Hayakawa (TOYOTA Central Research Lab.)
Connected vehicle auction and it's mechanism design 		概要
Kayoko Hara (Nissan Motor Co.)
Connected vehicle and sharing services implementation 		概要
Giancarlos Troncoso Parady (University of Tokyo)
The effect of seawalls on tsunami evacuation departure time 		概要
Junji Urata (Kobe University)
An optimization for dynamic strategy of evacuation picking-up behavior 		概要
Hideki Yaginuma (Tokyo Science University)
Network reliability analysis under disaster situations in Shikoku 		概要
Issei Yamano (University of Tokyo)
New approach of travel behavior analysis based on probe data 		概要
Schlomo Bekhor (Israel Technion)
Network design problem considering travel time and safety 		概要
Tomer Toledo (Israel Technion)
Optimization of operations control of public transportation networks 		概要
Daisuke Yoshino (FUKKEN CO.,LTD.)
Fast Enumeration Method of Travel Route of Drt Using Zero-Suppressed Binary Decision Diagram 		概要
Our research program aims to develop multi-scale behavioral simulation and optimization of disaster management. In International Research Workshop, we would like to discuss our plan and agenda for studies of unsteady behavior modelling in damaged networks.

Our workshop and research seminar are an international forum of scholars, researchers, practitioners dedicated to the advancement of behavior modellings and damaged networks research. We aim to serve as a workshop and research seminar that brings together professionals workshop a wide range of disciplines interested in the study of the factors that influence unsteady behavior modelling in damaged networks, the formulation of new computational and analytical modeling methods and approaches for forecasting activity-travel modelling in damaged networks and it's observation technologies, and the analysis of the autonomous transportation impacts of a wide range of socio-economic, urban planning, and disaster scenarios.