Nakada Toru

ナカダトオル | Nakada Toru

Affiliation and department：

Research field (1)： Rural environmental engineering and planning

Research theme for competitive and other funds (2)：

2022 - 2025 Optimal approach with inverse estimated algorithm for irrigation and drainage facilities control
2021 - 2024 実測水位と降水短時間予報に基づくリアルタイム低平地氾濫予測モデルの開発

Papers (24)：

中田達, 島崎昌彦, 福重雄大, 吉瀬弘人, 吉永育生. 画像解析を用いたゲート開度監視システムの実用化に向けて-Toward the Practical Application of Gate Opening Monitoring System with Image Analysis-小特集データ駆動型社会の実現に向け加速するICT・解析技術. 水土の知 : 農業土木学会誌, journal of Japanese Society of Irrigation, Drainage and Reclamation Engineering / 農業農村工学会編. 2023. 91. 6. 377-380
木村延明, 中田達, 桐博英, 関島建志, 安瀬地一作, 吉永育生, 馬場大地. WATER LEVEL PREDICTION AT DRAINAGE PUMP STATIONS IN LOW LANDS USING LSTM MODEL. 水工学論文集 Annual journal of Hydraulic Engineering, JSCE. 2019. 64. I_139-I_144
木村延明, 中田達, 安瀬地一作, 関島建志, 桐博英, 馬場大地. Prediction on Water Levels in a Wet Pond for a Drainage System Using an Artificial Neural Network Model. 農研機構研究報告農村工学研究部門 = Bulletin of the NARO, Rural Engineering. 2019. 3. 71-80
木村延明, 中田達, 桐博英, 関島建志, 安瀬地一作, 吉永育生, 馬場大地. WATER LEVEL PREDICTION AT DRAINNAGE PUMP STATIONS IN LOW LANDS USING LSTM MODEL. 土木学会論文集 B1(水工学)(Web). 2019. 75. 2
Experimental Study on Hydraulic Design of Confluent Facility for Steep Non-pressure Tunnels with Different Bed Level. 2017. 85. 1. II_7-15

ｍore...

MISC (3)：

Alleviation plan of damages due to the huge flood disasters in the coastal farmlands. 2016. 4. 11. 15-19
桐博英, 安瀬地一作, 中矢哲郎, 関島建志, 中田達. 農業水利施設を活用した沿岸低平農地における浸水津波の減災手法の効果. 農業農村工学会大会講演会講演要旨集(CD-ROM). 2016. 2016
Detection of Energy Loss Characteristics of Inner-Roughness Improved Pipeline by AE Parameter Analysis. 2014. 13-15

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