Hiroshima University, Public Relations Group
E-mail: koho[at]office.hiroshima-u.ac.jp (Change [at] into @)
1-3-2 Kagamiyama, Higashi-Hiroshima City, Hiroshima, Japan 739-8511
Faculty Information Details
All data is as of April 21, 2025.
- Ohnishi Isamu
- Associate Professor
| Affiliation | Graduate School of Integrated Sciences for Life |
|---|---|
| Discipline | Analysis |
| Academic Degrees |
The University of Tokyo Ph.D. (Mathematical Science) The University of Tokyo Master of Science |
| Research Fields |
Mathematical and physical sciences; Mathematics; Foundations of mathematics / Applied mathematics Mathematical and physical sciences; Mathematics; Mathematical analysis |
| Research Keywords | Applied Mathematics (Control Theory) / evolution equation theory |
| Comments |
For the past 10 years or so, I have been specializing in the following. I may quote this as (***)! Title: At the intersection of control engineering and mathematical science! Content: As a wrap-up of my research and education to date, under the catchphrase "At the intersection of control engineering and mathematical science," I am focusing on the construction, development, and advancement of deterministic nonlinear control theory with hysteresis structures in actuators. I am also very interested in research on MBPC (Model Based Predictive Control), which has dynamics in closed-loop systems that include such nonlinearity and the characteristic objects that arise from it. In addition to basic knowledge of calculus and linear algebra, I believe that control theory, which is taught by students in their second year in mathematical science departments, especially in the Department of Control Engineering and Department of Mathematical Engineering, is a very interesting subject from classical to cutting-edge theories, and is useful for various knowledge that students learn by the second year, such as the basics of complex function theory, the Laplace transform, convex analysis and the calculus of variations, and the basics of differential equations and bifurcation theory. Recently, I have been involved in industry-academia collaboration, working with people in electrical and communication engineering to create products related to nanotechnology such as MEMS. Furthermore, in the future, I would like to combine these activities to take on the challenge of controlling and mathematics in "artificial photosynthesis"! I also hope to see a student with motivations take on the challenge!!! |
| Profiles of Faculty and Research Scholars |
Click here |
| Past media appearances | |
| Topic | |
| SDGs | |
| Educational Programs |
[Bachelor Degree Program] School of Science : Mathematics : Mathematics [Master's Program] Graduate School of Integrated Sciences for Life : Division of Integrated Sciences for Life : Program of Mathematical and Life Sciences [Doctoral Program] Graduate School of Integrated Sciences for Life : Division of Integrated Sciences for Life : Program of Mathematical and Life Sciences |
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