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Addressing complex challenges with theoretical insights and practical solutions,
dedicated to advancing a sustainable society. Complex Systems
Science Laboratory
Information
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Blog
Mr. Higuchi (M1) presented his research at the 11th WMO Scientific Conference on Weather Modification
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Blog
Mr. Higuchi (M1) presented his research at the Moonshot Goal 8 Workshop
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Research
Research on Data-Driven Load Frequency Control Accepted for Publication in Energy Science & Engineering
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Blog
Mr. Sone (M2) gave a research presentation at the 2025 IEEE International Conference on Systems, Man, and Cybernetics (SMC).
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Research
Our Joint Paper with Jiangnan University Has Been Accepted by Science Progress
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Blog
Mr. Maeda (M1) Presented His Research at the 9th International Symposium on Swarm Behavior and Bio-Inspired Robotics 2025
Research Themes
Achievements
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Invited and hourly talks
“Towards Operational and Scalable Control Strategies for Complex Systems,” …
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Refereed journal articles
Y. Chen, H. Zhao, M. Ogura, Y. Gao, and L. Peng, “Data-driven dual-channel …
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Refereed conference proceedings
T. Sone, M. Ogura, and M. Kishida, “Temporal deep unrolling-based MPC for v…
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Refereed journal articles
S. Yang, H. Zhao, M. Ogura, and L. Peng, “Data-driven adaptive optimal outp…
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Refereed journal articles
F. Sato, M. Ogura, A. Sashie, Y. Bai, M. Shimono, and N. Wakamiya, “Neural …
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Refereed journal articles
Y. Deng, M. Ogura, Y. Bai, Y. Wang, and M. Feroskhan, “Safety-critical cont…
What is Complex Systems Science Laboratory
Our laboratory's main research areas include complex systems, control, mathematical modeling, machine learning, optimization, and self-organization.
We focus on solving social problems through understanding and controlling complex systems. Specific research examples include locust swarm control to reduce locust damage, weather control, and fish school control for set net fishing. Predicting and controlling the movement of locust swarms can minimize agricultural damage, analyzing and controlling weather patterns to prevent disasters and reduce the effects of climate change, and controlling the movement of fish schools to improve fishing efficiency. We are developing technology to improve
Through these studies, we aim to tackle complex problems from both theoretical and practical perspectives and contribute to the realization of a sustainable society.
Location
Office A415, School of Economics Building, 1-2-1 Kagamiyama, Higashi-Hiroshima, Hiroshima 739-8525, Japan
- When using the JR Sanyo Main Line
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- From JR Saijo Station, take the bus bound for Hiroshima University and get off at the Hirodai Chuoguchi bus stop. (about 15 minutes)
- From JR Hihonmatsu Station, take the bus bound for Hiroshima University and get off at the Hirodai Chuoguchi bus stop. (about 15 minutes)
※Buses from JR Nishijo Station are more frequent and more convenient.
- When using the Sanyo Shinkansen
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- From Shinkansen Higashihiroshima Station, take the bus bound for Hiroshima University and get off at the Hirodai Chuoguchi bus stop.
※Buses run infrequently, so please check the timetable before coming.
※At Higashi-Hiroshima Station, the only stop is ``Kodama'', so it may be faster to get off the Shinkansen at Hiroshima Station and take the JR Sanyo Main Line to Nishijo Station.
- If you take a taxi from Higashihiroshima Station to Higashihiroshima Campus, it will take approximately 15 minutes and cost approximately 2,000 yen.
- When using Hiroshima Airport
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- Take a bus from Hiroshima Airport to JR Hakuichi Station (about 15 minutes), and from Hakuichi Station take the JR Sanyo Main Line to Nishijo Station.
Take the bus bound for ``Hiroshima University'' from Saijo Station and get off at the ``Hirodai Chuoguchi'' bus stop.
- contact address
- TEL： 082-424-7273＜secretary＞