Research theme for competitive and other funds (3)：
2022 - 2025 Development of XR oriented sunlight type plant factory system
2018 - 2021 Vapor Pressure Deficit Control System to Adjust Stress for Sunlight Type Plant Factory
2007 - 2008 Developing a numerical prediction model for cycle-to-cycle variation on engine combustion
Papers (24)：
Itoh, Yuichi, Asano, Yosuke, Maruyama, Masao, Kurimoto, Ikusaburo. Developement of Control Method on Numerical Simulation of Temperature and Humidity Environment in a Sunlight Type Plant Factory. Society of Instrument and Control Engineers Conf. (SICE2023). 2023. 1262-1266
Noguchi, Renta, Sakuma, Asahi, Kakazu, Yuko, Iwata, Hiroshi, Asano, Yosuke, Itoh, Yuichi, Sapkota, Achyu, Shiraki, Atsushi, Kurimoto, Ikusaburo. Construction of Plant Weight Measurement IoT System and Estimation of Leaf Area in the Microenvironment. Society of Instrument and Control Engineers Conf. (SICE2023). 2023. 1162-1167
Vapor Pressure De cit Control of Plant Factory with Solar Light in Consideration of Dead Time of Fog Generation. 2023. 59. 1. 1-9
Shizuka MORIKAWA, Yuichi ITOH. Analysis of cycle to cycle variation components in engine cylinder flow. JSST Annual International Conference on Simulation Technology. 2022
Renta Noguchi, Hiroshi Iwata, Yosuke Asano, Yuichi Itoh, Achyut Sapkota, Ikusaburo Kurimoto. Spatial Data Visualization System in a Sunlight Type Plant Factory. Society of Instrument and Control Engineers Conf. (SICE2022). 2022. 358-381
エンジン筒内流動におけるサイクル変動成分の予測
(第 2 8 回高専シンポジウ ム in Yonago 2023)
Prediction of Fog Cooling Effect Using Data Assimilation and Numerical Analysis in Sunlight Type Plant Factory
(2022)
Development of a prediction method for cycle-to-cycle variation in internal combustion engine in-cylinder flow by numerical analysis
(Seventh International Workshop on Effective Engineering Education 2022)
