Namerikawa, Toru
ナメリカワ トオル
Namerikawa, Toru
Faculty of Science and Technology Department of System Design Engineering/ProfessorBasic Information
Specialty
Systems and Control Theory, Distributed and Cooperative Control, Distributed Optimization of Power Networks and Social Infrastructures, Control of Cyber-Physical Systems
Related Links
Researcher Number
30262554
Laboratory Information
〒223-8522
Paper Review Qualification
Thesis Guide Qualification in the Graduate School of Science and Technology : Master/Doctor
Biography
Researcher profile
Systems and Control Theory and Its Applications
General introduction
Leading research is being pursued on distributed cooperative control based on systems and control theory for large-scale complex systems. In particular, with a view to the optimal management of cyber-physical systems, work is being carried out on energy management for distributed power networks incorporating renewable energy sources, traffic control, cybersecurity, and the control and optimization of social infrastructure and economic systems, thereby advancing the integration of theory and real-world applications.
Research experience
カリフォルニア大学サンタバーバラ校 (UCSB) 客員研究員
スイス連邦工科大学 (ETH) ロボティクス研究所 客員研究員
金沢大学 工学部電気・情報工学科 助手
Research
Reseach overview
Leading research is being pursued on distributed cooperative control based on systems and control theory for large-scale complex systems. In particular, with a view to the optimal management of cyber-physical systems, work is being carried out on energy management for distributed power networks incorporating renewable energy sources, traffic control, cybersecurity, and the control and optimization of social infrastructure and economic systems, thereby advancing the integration of theory and real-world applications.
Research Interests
- Cyber-Physical & Human Systems
- Distributed Control
- Cooperative Control
- Robust Control
- Multi-Agent System
- Energy Management System
Research areas
Control and system engineering / Control Engineering
Research theme
Control Theoretic Approach for Green Innovation
Cyber-Physical & Human Systems
Networked Robotics