Off-Campus Activities in September
This is a summary report of the activities of our lab members outside the university in September.
Please forgive the timeline of this report, which is back and forth from the previous one.
Ms. Salsa, Mr. Azarel, and Prof. Fukuda participated in the Asian Association of Transport Studies (EASTS) held in Colombo, Sri Lanka, from September 9 to 11, and presented the following four papers. EASTS is an international conference for comprehensive discussions on transportation issues in Asia, and a group from Tokyo Tech plays a central role in the organization of the conference. It was the 13th conference and about 300 people attended.
– Development of Activity-based Model System for Tokyo Metropolitan Urban Rail Planning
[Shinya YAMADA, Masato ISHIBE, Yoshihisa YAMASHITA and Daisuke FUKUDA]
– Analysis of Maintenance Activities among Child-rearing Households in the Tokyo Metropolitan Area
[Ryoji ISHII, Yuichi MOHRI, Takahiro ISHIGAMI and Daisuke FUKUDA]
– Impacts of an Economic Incentive for Intercity Peer-to-Peer Ride-Sharing in Sparsely Populated Areas
[Azarel CHAMORRO-OBRA and Daisuke FUKUDA]
-The Impact of Railway Networks on Residential Land Values within Transit-Oriented Development Areas
[Salsabila Panji ARUM and Daisuke FUKUDA]
[Shinya YAMADA, Masato ISHIBE, Yoshihisa YAMASHITA and Daisuke FUKUDA]
– Analysis of Maintenance Activities among Child-rearing Households in the Tokyo Metropolitan Area
[Ryoji ISHII, Yuichi MOHRI, Takahiro ISHIGAMI and Daisuke FUKUDA]
– Impacts of an Economic Incentive for Intercity Peer-to-Peer Ride-Sharing in Sparsely Populated Areas
[Azarel CHAMORRO-OBRA and Daisuke FUKUDA]
-The Impact of Railway Networks on Residential Land Values within Transit-Oriented Development Areas
[Salsabila Panji ARUM and Daisuke FUKUDA]
Moreover, Prof. Fukuda and Mr. Ogawa (M2) attended a seminar on short-term prediction for the next generation transport management@Kyoto University on September 20, and presented their current work on traffic analysis in Kamakura city using machine learning.
[Kita]
