論文

• Muis Muhtadi, TAKAMICHI NAKAMOTO. Plume Tracking strategy in Turbulent Environment using Odor Sensor with Time Constant, Sensors and Materials, Vol. 30, No. 9, pp. 2009-2021, Sept. 2018.
• Muis Muhtadi, Takamichi Nakamoto. Optimal estimation method of temporal odor concentration profile for plume tracking in dynamic turbulent environment, IEEJ, Vol. 138, No. 1, pp. 15-22, Jan. 2018.

著書

• T.Nakamoto, M.Muhtadi. Odor sensing system, Smart Sensors for Environmental and Medical Applications, Hamida HALLIL & Hadi Heidari,, Apr. 2020.

国際会議発表 (査読なし・不明)

• MUHTADI Muis, NAKAMOTO Takamichi. ODOR SOURCE LOCALIZATION STRATEGY USING MULTIPLE SENSOR NODES IN DYNAMIC TURBULENT ENVIRONMENT, Digital Olfaction Society, p. 19-19, Dec. 2016.
• Muis Muhtadi, Takamichi Nakamoto. Odor Source Localization Strategy using Multiple Sensor Nodes for Dynamic Simulated Environment, International Symposium on Biomedical Engineering, Nov. 2016.
• TAKAMICHI NAKAMOTO, Muis Muhtadi. Combined Chemotaxis-infotaxis Strategy, IEEE NEMS 2016, 2016.

国内会議発表 (査読なし・不明)

• Muis Muhtadi, Takamichi Nakamoto. Odor source localization strategy unider environment with obstacles and dynamic turbulent airlow, Sensor Syposium, Oct. 2017.
• M. Muhtadi, T. Nakamoto. Odor Source Localization Strategy using Multiple Sensor Nodes under Simulated Dynamic Turbulent Environment, 電気学会全国大会, Mar. 2017.
• Muis Muhtadi, Takamichi Nakamoto. Combined Chemotaxis-infotaxis Strategy for Odor Source Localization using Multiple Sensor Nodes, Annual meeting of IEEJ, 2016.

学位論文

• Development of Odor Source Localization Strategy in Turbulent Environment and its Evaluation under Framework of Computational Fluid Dynamics,  Thesis,  Doctor (Academic),  Tokyo Institute of Technology,  2018/09/20,   
• Development of Odor Source Localization Strategy in Turbulent Environment and its Evaluation under Framework of Computational Fluid Dynamics,  Exam Summary,  Doctor (Academic),  Tokyo Institute of Technology,  2018/09/20,   
• Development of Odor Source Localization Strategy in Turbulent Environment and its Evaluation under Framework of Computational Fluid Dynamics,  Summary,  Doctor (Academic),  Tokyo Institute of Technology,  2018/09/20,   

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