Computational Mathematics Laboratory

Expressing complicated phenomena with simple rules

In recent years, we have seen a rapid advancement in “ultradiscretization,” a technology to identify the essential structures of natural phenomena, which are discretionally expressed in model equations. Cellular automaton — which is one of ultradiscrete equations and a completely discrete model consisting of “0s” and “1s” — is used to describe complicated phenomena such as traffic jams and ecosystems. Our laboratory conducts research on numerical calculation methods, which serve as the foundation for building mathematical models using discrete and ultradiscrete equations, in addition to numerical simulations.
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Faculty of Engineering Mathematical Sciences
Faculty Name FUKUDA, Akiko
Academic Society The Japan Society for Industrial and Applied Mathematics
The Mathematical Society of Japan
International Linear Algebra Society      
Keyword Mathematical sciences, Simulations, Cellular automaton, Integrable, Information searches, Computer simulations, Differential equations, Mathematical biology, Numerical linear algebra

Study Fields

For Society

Numerical simulations are indispensable when analyzing various natural and social phenomena. We will be able to reach more accurate results of analyses by developing and improving methods of numerical calculation, which serve as the foundation for numerical simulations.

Research Themes

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