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2023-10-24
Achievements
【Presentation】藤見俊夫, 自由エネルギー原理に基づく避難判断シミュレーション,第67回土木計画学研究発表会, 6/3-4, 2023, (Oral)
2023-10-24
Achievements
【Presentation】藤見俊夫, 自由エネルギー原理に基づく避難判断シミュレーション,日本気象学会春季大会, 5/16-18, 2023, オンライン (Oral)
2023-10-17
Achievements
【Presentation】Sawada Yohei and Le Duc, “An efficient estimation of time-varying parameters of dynamic models by combining offline batch optimization and online data assimilation”, International Symposium of Data Assimilation (ISDA) Online, 6 June, 2023 (Oral)
2023-10-12
Events
We uploaded an Interview video with Hashimoto Kazumune (PI for Subject 2 “Data-driven meteorological controller”) .
2023-10-03
Achievements
【Poster】Gang Zhao and Dai Yamazaki, “Understanding the Substantial Impact of Levees on US River Hydrodynamics”, Global Flood Partnership 2023, 25-27th September, 2023
2023-10-03
Achievements
【Poster】Dai Yamazaki and et al, “How can we make global flood hazard model reliable?”, Global Flood Partnership 2023, 25-27th September, 2023
2023-09-13
Achievements
【Presentation】Masashi Minamide and et al, “Predictability of moist convection through ensemble-based convective-scale data assimilation”, EGU General Assembly 2023, 26 April, 2023 (Oral)
2023-08-31
Achievements
【Presentation】Le Duc, “Unbalanced optimal transport: a new look into ensemble forecast anddata assimilation”, 14th Data Assimilation workshop, 30 August, 2023 (Oral)
2023-08-31
Achievements
【Presentation】Le Duc and Sawada Yohei, “Ensemble sensitivity and its potential applications in weather control”, 10th International Congress on Industrial and Applied Mathematics, 23 August, 2023 (Oral)
2023-08-16
Colloquiums
WeSCoS Colloquium＃06 “A Media Historical Approach to the Geopolitics of Weather Control” By Yuriko Furuhata (Associate Professor & William Dawson Scholar of Cinema and Media History, Departments of East Asian Studies & Art History and Communication Studies, McGill University)
Weather-SocietyCo
upling
ntrol
Systems
    Moonshot Goal8 Realization of a society safe from the threat of extreme winds and rains by controlling and modifying the weather by 2050.
Weather-Society
Coupling/Control Systems