744 Motooka, Nishi-ku
Fukuoka 819-0395, Japan
TEL (Office): +81-92-802-4402
FAX (Office): +81-92-802-4405
IMI(Institute of Mathematics for Industry)
Research Divisions
Intelligent Societal Implementation of Mathematical Computation
The Division of Intelligent Societal Implementation of Mathematical Computation (SIMAC) was established by developing and reorganizing the Laboratory of Advanced Software in Mathematics (LASM). We will promote societal implementations of advanced mathematical theories through large-scale industry-academia collaborations, and play an important role in leading Japan for the construction of an ultra-smart society based on Society 5.0. The specific activities are as follows.
1: Aim at integrating mathematical modeling for solving social issues with the latest computational technology
2: Promote IMI's industry-academia collaboration activities by conducting joint research with many companies
3: Actively accept researchers from companies as co-researchers or postgraduate doctoral students
4: Aim to expand diverse career paths for graduate students by participating in industry-academia collaboration activities
Intelligent Societal Implementation of Mathematical Computation List of Academic Staff
 |
FUJISAWA, Katsuki (Professor) (Head) | ... | Mathematical Optimization Problem, Graph Analysis, High Performance Computing |
|
KAWAHARA, Yoshinobu (Professor) | ... | Machine Learning, Statistical Modeling, Time-Series Analysis, Optimization |
|
MIZOGUCHI, Yoshihiro (Professor) (concurrent) | ... | Software Science, Graph Transformation, Theory of Computing |
|
KAJI, Shizuo (Associate Professor) | ... | Topology, Homotopy Theory, Computer Graphics |
|
KAMIYAMA, Naoyuki (Associate Professor) (concurrent) | ... | Discrete Optimization, Graph Theory, Computational Complexity |
|
OISHI-TOMIYASU, Ryoko (Associate Professor) | ... | Applied Algebra, Lattice, Quadratic Form, Theta Series, Periodic ānd Aperiodic Packing, Harmonic Analysis, Representation Theory, Group Theory, Number Theory, Mathematical Crystallography, Mathematical Optimization |
－