| Name |
Research Area |
Tsuyoshi Takagi
(Professor) |
Information Security, Cryptography, Post-Quantum Cryptography, Computational Number Theory |
Kunihiko Sadakane
(Professor) |
Algorithms and Data Structures, Data Compression, Parallel Algorithms |
Takayasu Matsuo
(Professor) |
Numerical Analysis (Differential Equations, Numerical Linear Algebra), Simulations |
Fumiyasu Komaki
(Professor) |
Statistics, Prediction Theory, Bayesian Theory, Statistical Modeling, Information Geometry |
Akiko Takeda
(Professor) |
Continuous Optimization, Operations Research, Optimization for Machine Learning |
Kenji Yamanishi
(Professor) |
Information Theoretic Learning Theory, Machine Learning, Data Mining (Anomaly Detection, Change Analysis), Big data analysis |
Satoru Iwata
(Professor) |
Algorithms, Combinatorics, Optimization |
Koji Nuida
(Associate Professor) |
Theory of cryptography, Privacy-preserving data mining, Group theory, Discrete mathematics |
Hiroshi Hirai
(Associate Professor) |
Discrete Mathematics, Combinatorial Optimization |
Ken'ichiro Tanaka
(Associate Professor) |
Theoretical Numerical Analysis, Approximation Theory, Numerical algorithm, Numerical methods for finance |
Tomonari Sei
(Associate Professor) |
Theoretical statistics, Statistical modeling |
Taiji Suzuki
(Associate Professor) |
Machine learning, Mathematical statistics, Learning theory, High dimensional statistics, Optimization for large scale machine learning |
Shinichi Tanigawa
(Associate Professor) |
Discrete Optimization, Discrete and Computational Geometry |
Kazuhiro Sato
(Lecturer) |
Control Systems Theory, Optimization of Control Systems Problems |
Kumiko Tanaka-Ishii
(Professor)
[RCAST] |
Computational Linguistics, Natural Language Processing, Mathematical Modeling of Natural Language, Unsupervesed Machine Learning Methods |
Kazuyuki Aihara
(Professor)
[IIS] |
Mathematics for AI, Mathematical Modeling and Nonlinear Analysis for Biological Systems, Chaos Engineering |
Takashi Kohno
(Professor)
[IIS] |
Neuromorphic and biomimetic systems, Mathematical modeling of neural systems |
Tetsuya Kobayashi
(Associate Professor)
[IIS] |
Systems biology, Quantitative biology, Modeling of biological phenomena, Bio-image informatics |
Takahiro Omi
(Project Associate Professor)
[IIS] |
Time series analysis, Bayesian statistics, Point process |
Yoshihiro Kanno
(Professor)
[MI] |
Continuous Optimization, Robust Optimization, Structure Optimization, Applied Mechanics |
Yoshito Hirata
(Associate Professor)
[MI] |
Nonlinear time series analysis (theoretical developments and their applications), Quantitative cancer research |
Teppei Ogihara
(Associate Professor)
[MI] |
Statistical inference for stochastic processes and applications to financial data analysis |
Takaaki Ohnishi
(Associate Professor)
[SICT] |
Big Data Analysis, Econophysics, Sociophysics, Complex Networks, Massively Parallel Computing |
Hiromichi Nagao
(Associate Professor)
[ERI] |
Information Fusion for Earthquake and Tsunami Disasters, Data Assimilation, Sequential Bayesian Filters, Data-Driven Modeling, Sparse Modeling |
Hiroshi Kori
(Professor)
[Frontier Sciences] |
Synchronization, Complex networks, Biological rhythms, circadian rhythms, jet lag, Locomotion, Power grids, transportation networks |
Yuki Izumida
(Lecturer)
[Frontier Sciences] |
Nonequilibrium thermodynamics and statistical mechanics, Nonlinear dynamics |
Kengo Nakajima
(Professor)
[ITC] |
Parallel Numerical Algorithms (Iterative Methods, Preconditioning), High-Performance Computing, Scientific Computing, Large-Scale Visualization |
Gouhei Tanaka
(Project Associate Professor)
[Engineering] |
Complex systems dynamics, Nano-micro systems |
Kantaro Fujiwara
(Project Associate Professor)
[IRCN] |
Computational Neuroscience, Data Analysis of Neural Systems, Biological Information Processing |
Andrea Benucci
(Professor)
[RIKEN CBS] |
Computations in biological neural networks, in particular linear and non-linear analyses of large-scale neuronal recordings. |
Taro Toyoizumi
(Professor)
[RIKEN CBS] |
Computational Neuroscience, Theory of Neural Adaptation using Statistical Physics and Information Theory Tools |
