#author("2022-10-19T18:48:38+09:00","default:labmember","labmember") #author("2022-10-19T19:13:13+09:00","default:labmember","labmember") |Year.Month|Name|Affiliation|Title|h |2020.3|Shotaro Tsuji| MI | A Study on Application of Persistent Homology to Nonlinear Time Series Analysis| |2020.3|Hiroshi Yamashita| MI | Numerical Simulation and Mathematical Analysis of SAT-Solving Continuous-Time Dynamical Systems| |2020.3|Hideyuki Miyahara| MI | A Study on Mathematical Informatics with Classical and Quantum Statistical Mechanics| |2019.3|Takuya Nanami|EEIS| Qualitative-modeling-based digital silicon neuronal network models| |2019.3|Hiromasa Sakaguchi| EEIS | Information Processing by Using Network Dynamics of Nonlinear Units with Bifurcation | |2019.3|Yoshitaka Haribara | MI |Realization and Evaluation of Measurement Feedback Coherent Ising Machines for Combinatorial Optimization Problems| || Zhiqiang Tong | EEIS || |2019.3| Zhiqiang Tong | EEIS | Pattern recognition using reservoir computing and convolutional neural networks | |2018.3|Yang Li|MI|Theoretical Analysis on Wave Dynamics in Cellular Chaotic Neural Networks| |2017.9|Muyuan Xu|MI|Flexible Information Processing with Nonlinear Dynamics in Neural Networks| |2017.3|Motoki Nagata|MI|Theoretical Analysis on Detection of Systemic Catastrophes in Complex Social Systems| |2017.3|Masashi K. Kajita|MI|A Mathematical Study on Ligand Discrimination by Chemical Reaction Networks| |2016.9|Miwa Fukino|MI|Local and Global Regularity of Musical Time Series| |2016.3|Takumi Sase|MI|Analyses on Nonlinear Dynamics with Multiple Time-Scales in the Brain| |2015.9|Taichi Kiwaki|EEIS|Mathematical Analysis of Large-Scale Boltzmann Machines| |2014.9|Fang Duan|EEIS|MEG Study on Abnormal Development of Brain Network in Autism Children| |2014.3|Keisuke Ejima|MI|Mathematical Modeling of Disease Transmission Dynamics with Data Generating Processes| |2013.9|Jing Li|EEIS|Digital silicon neuronal network and its application to associative memory| |2013.3|Kai Morino|MI|A Mathematical Approach to Treating Diseases| |2013.3|Tomoshi Otsuki|MI|Variable Depth Local Search for Multiple Depot Vehicle Scheduling Problems| |2013.3|Keita Tokuda|MI|A Study on Functional Roles and Mathematical Structure of Switching of Hippocampal Local Field Potentials between Distinctive Dynamical States| |2013.3|Ryo Yokota|Mech. Info.|| |2012.9|Teerasit Termsaithong|MI|A Neural Field Model at Criticality| |2012.9|Timothee Leleu|EEIS|Neurodynamics of Sequential Memory| |2012.3|Chihiro Imai|MI|Modeling Neural Dynamics of Adaptive Color Information Processing| |2012.3|Lang Cao|MI|Spreading Dynamics on Complex Networks| |2012.3|Remo Sandro Storni|MI|Noise-Assisted Computation with Logical Stochastic Resonance| |2011.9|Makito Oku|MI|Mathematical Modeling of Meso-Scale Nonlinear Dynamics in the Brain| |2011.9|Ken-ichi Sawai|MI|Mathematical Analysis by Probabilistic Modeling for Interpreting Music| |2011.3|Koji Iwayama|MI|Nonlinear Time Series Analysis with Recurrence Plots and Its Application to MEG Signals| |2011.3|Masanori Shiro|MI|A Study on Sounds of Musical Instruments as Deterministic Chaos| |2011.3|Isao Nishikawa|MI|Finite Size Effects on Phase Synchronization| |2010.3|Haru Aritsuka|MI|A Study on a Method of Presenting Information with Relative Values toward Improving Motivation in a Learning Environment| |2009.9|Yuta Kakimoto|CSE|A Study on Visual Recognition Processes with Mathematical Models and EEG Analyses| |2009.9|Hiroki Watanabe|MI|A Study on Effects of Direct Inter-pyramidal Inhibition on Neural Network Dynamics| |2009.3|Yoshiyuki Sato|CSE|A Study on Bayesian Modeling of Human Perception and Adaptation| |2009.3|Hong Fan|MI|Topology Dynamics and Collective Fluctuation Behavior in Complex Networks with Preferential Linking| |2008.3|Yohei Otake|MI|Mathematical Studies on Decision Making and Collective Behavior in Social Relationship| |2008.3|Ryota Tomioka|MI|Supervised Learning over Matrices with Dual Spectral Regularization and Its Application to Single Trial EEG Classification| |2008.3|Michael Gutmann|MI|Learning Rules for Data Representation with Dynamical Neural Systems| |2008.3|Kantaro Fujiwara|MI|Theory and Application in Point Process Analysis of Neural Spike Trains| |2007.9|Motoori Kon|MI|Study of Human-State Estimation with Cross-Modal Sensors| |2007.3|Hiroyasu Ando|MI|A Study of Feedback Adjustment Control in Low-Dimensional Nonlinear Systems| |2007.3|Yuichi Katori|CSE|Transient Synchrony and Neural Coding| |2006.3|Takashi Takemoto|CSE|A Study on Design and Implementation of Two-Dimensional MOSFET Neuron Model| |2006.3|Taro Toyoizumi|CSE|An Information Theoretical Study on Neural Coding and Synaptic Plasticity| |2005.3|Tetsuya Kobayashi|CSE|A Mathematical Study on Intracellular Chemical Reaction Networks| |2005.3|Gouhei Tanaka|CSE|Analyses and Applications of Collective Behaviors in Coupled Chaotic Maps| |2005.3|Koji Fukuda|CSE|An Analysis on Expanding Nonlinear Dynamical Systems by Symbolic Dynamics| |2005.3|Yoshihiro Morishita|CSE|Fluctuations Induced by Population Smallness of Signaling Molecules| |2005.3|Kenji Morita|CSE|Computational Neuroscience Approach to Functions of GABA in the Cerebral Cortex| |2004.3|Takaaki Ohnishi|CSE|Econophysical analysis of price changes in financial markets| |2004.3|Kosuke Hamaguchi|CSE|Spatio-temporal Dynamics of Feedforward Neural Networks with Mexican-Hat type Connectivity| |2004.3|Aiko Miyamura|CSE|Theoretical Analysis of Stability and Structural Identifiability on Delayed Networks| |2003.3|Toshihiro Iwamoto|MEIP|Separation of Superimposed Dynamical Signals with Temporal Structures| |2003.3|Tadayoshi Fushiki|MEIP|(in Japanese)| |2003.3|Naoki Masuda|MEIP|Duality of Information Coding in Pulse-coupled Neural Networks| |2002.3|Takashi Kohno|MEIP|| |2002.3|Hideaki Ito|MEIP|A reinforcement learning model of the basal ganglia system -towards realization of higher brain functions-| |2001.3|Hideyuki Suzuki|MEIP|Deterministic Analysis on Electrical Systems with Thresholds| |1999.3|Yuichi Sakumura|MEIP|Roles of Neuronal Active Properties in a Single Neuronal Information Processing| |1999.3|Osamu Araki|MEIP|Dynamical Neural Network Models for Hippocampal Memory| -MI [[Dept. of Mathematical Informatics, Grad. School of Information and Technology>http://www.i.u-tokyo.ac.jp/index_e.shtml]] -EEIS [[Dept. of Electrical Engineering and Information Systems, Grad. School of Engineering>http://www.eeis.t.u-tokyo.ac.jp/?Top%20Page]] -CSE [[Dept. of Complexity Sci. and Eng., Grad. School of Frontier Science>http://www.k.u-tokyo.ac.jp/indx.html.en]] -MEIP [[Dept. of. Math. Eng. and Info. Phys., Grad. School of Engineering>http://www.i.u-tokyo.ac.jp/index_e.shtml]]