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927 labs · 0 student voices
Yasuhiro Wakabayashi, Associate Professor
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The Discrete Structures Lab conducts education and research on representation theory based on algebra, and also works on research using the methods and perspectives of arithmetic geometry. While conducting education and research on a variety of representation theories, the lab aims to apply them to the analysis of discrete structures that appear in mathematics and information science. It also tackles a variety of problems using the methods and perspectives of arithmetic geometry. The lab is part of the Department of Mathematical Foundations of Information Science, and its listed research topic is "Arithmetic Geometry and Moduli Theory."
Yoshie Sugiyama, Professor
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The Applied Analysis Lab studies a wide range of nonlinear phenomena that appear in mathematical physics and information science, modeling them as dynamical systems using differential equations, difference equations, and similar tools. To carry out the analysis, the lab develops and applies new analytical and numerical-experimental methods, aiming to elucidate the principles underlying these phenomena. Another goal is to feed the results back into analysis itself. Professor Yoshie Sugiyama's research topic is partial differential equations, and Associate Professor Tsuyoshi Chawanya's is dynamical systems with many degrees of freedom.
Katsuhisa Mimachi, Professor
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The Large-Scale Mathematical Sciences Lab promotes education and research in mathematics, including the theory of complex analytic differential equations, topology, algebraic geometry, and representation theory, as well as in applied large-scale mathematics within mathematical physics. The mathematical physics it addresses has its origins in statistical mechanics and quantum field theory. The faculty are Professor Katsuhisa Mimachi, who specializes in complex integrals, representation theory, and mathematical physics, and Associate Professor Norio Nawata, who specializes in the theory of operator algebras. Within the department, faculty members collaborate freely in research and education, beyond the boundaries of their own labs.
Daisuke Furihata, Professor
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The Computer Experimental Mathematics Lab studies applied mathematics in the broad sense. Most of its research themes are methods for, and analysis of, the numerical analysis of (partial) differential equations. The lab also works on mathematical modeling, stochastic differential equations, and data assimilation. Students' research topics are chosen with priority given to their own interests, and a wide range of topics have been selected, such as algorithms for binary classification and matching problems. On the lab's website, it is introduced under the name “Computer Experimental Science Research Division.”
Yasumasa Fujisaki, Professor
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The Mathematical Planning Lab (Fujisaki Lab) studies mathematical theory and its applications for decision-making, which is making plans, and control, which is carrying them out. The lab addresses the modeling, analysis, and design of dynamical systems; the performance evaluation and guarantees of randomized algorithms; multi-agent systems; data-driven control; and security and privacy. The lab aims to establish mathematical approaches to decision-making and control as methodologies in engineering and the social sciences.
Hideyuki Suzuki, Professor
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The Nonlinear Mathematics Lab studies diverse phenomena that appear in engineering, information, and biological systems, describing them with nonlinear mathematical models. The lab works on understanding the nonlinear mathematics behind these phenomena and on developing methods for analyzing nonlinear mathematical models. It also aims to apply nonlinear mathematics to engineering and information systems. On the lab's website, it is also introduced under the name "Suzuki Lab."
Yusuke Ogura, Professor
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The Information Photonics Lab builds on the physics and technology of light to research information technologies and information systems that offer new value. Its field lies at the boundary between optics and photonics on the one hand and information science and mathematical science on the other. The lab aims to develop optical computing, advanced sensing and imaging, and optical interfaces that connect people and objects with information. The lab also works on research related to diagnosis and treatment using light. The lab's website also uses the name "Ogura Lab."
Yutaro Yamaguchi, Associate Professor
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The Systems Mathematics Lab researches how to solve real-world problems by turning them into systems, using mathematical science approaches. Using mathematical programming, statistical methods, discrete mathematics, combinatorial optimization, artificial intelligence, and more, the lab works on modeling corporate production activities, social phenomena, and natural phenomena. Through research such as system analysis based on the science of uncertainty and multi-criteria data analysis methods for system evaluation, the lab aims to cultivate systemization techniques. Students from other universities and other faculties are welcome, and lab visits are accepted at any time.
Hajime Nagahara, Professor
0 student voices
The Intelligent Sensing Lab (ISLab) aims to realize "autonomous intelligence" and studies fundamental technologies such as computer vision, computational photography, machine learning, pattern recognition, and natural language processing, along with their applications. The lab defines autonomous intelligence as intelligence equipped with the human functions of perception, thinking, and action. The lab grew out of the Intelligent Information Infrastructure Division of the D3 Center at Osaka University. It is a cooperating lab of the Graduate School of Information Science and Technology and conducts joint research with organizations inside and outside the university. The lab supports student-led research projects and helps students acquire knowledge and skills in related fields.
Takao Onoye, Professor
0 student voices
The Information Systems Synthesis Lab (Onoye Lab) studies the architecture design of computer systems for cyber-physical systems. Toward a new society that merges cyberspace and physical space, the lab also studies design methodologies for the underlying hardware and software. Its work covers a wide range, from prototyping to demonstration experiments aimed at real-world deployment. Its targets include energy management systems, intelligent transportation systems, in-vehicle systems, and medical image analysis.
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