Neural Model Approach to the Basic Law of Psychophysics. - Teruya Yamanishi; Masashi Nosaka; Haruhiko Nishimura; Kazumasa Ohkuma (Neural Process. Lett., 2008)

Firing Correlation in Spiking Neurons with Watts-Strogatz Rewiring. - Teruya Yamanishi; Haruhiko Nishimura (IWNC, 2009)

Firing Pattern of Default Mode Brain Network with Spiking Neuron Model. - Teruya Yamanishi; Jian-Qin Liu; Haruhiko Nishimura (BIONETICS, 2010)

Input-Output Conditions for Automatic Program Generation Using Petri Nets. - Masahiro Osogami; Teruya Yamanishi; Katsuji Uosaki (KES (1), 2011)

On sustaining robustness of molecular pathway circuits of the HSR network of E. coli under spatial configuration. - Jian-Qin Liu; Teruya Yamanishi; Haruhiko Nishimura; Sou Nobukawa; Hiroaki Umehara (NEMS, 2012)

On the filtering mechanism of spontaneous signaling causality of brain's default mode network. - Jian-Qin Liu; Teruya Yamanishi; Haruhiko Nishimura; Hiroaki Umehara; Sou Nobukawa (SCIS&ISIS, 2012)

Chaotic resonance in Izhikevich neuron model and its assembly. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi; Jian-Qin Liu (SCIS&ISIS, 2012)

Beats as the origin of slow fluctuations in the brain's default-mode network. - Teruya Yamanishi; Jian-Qin Liu; Haruhiko Nishimura (SCIS&ISIS, 2012)

Modeling fluctuations in Default-Mode Brain Network Using a Spiking Neural Network. - Teruya Yamanishi; Jian-Qin Liu; Haruhiko Nishimura (Int. J. Neural Syst., 2012)

Analysis of routes to chaos in Izhikevich neuron model with resetting process. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi; Jian-Qin Liu (SCIS&ISIS, 2014)

Programming instruction using a micro robot as a teaching tool. - Teruya Yamanishi; Kazutomi Sugihara; Kazumasa Ohkuma; Katsuji Uosaki (Comput. Appl. Eng. Educ., 2015)

Chaotic States Induced By Resetting Process In Izhikevich Neuron Model. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi; Jian-Qin Liu (J. Artif. Intell. Soft Comput. Res., 2015)

Evaluation of Chaotic Resonance by Lyapunov Exponent in Attractor-Merging Type Systems. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi (ICONIP (1), 2016)

Chaotic states caused by discontinuous resetting process in spiking neuron model. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi (IJCNN, 2016)

Analysis of Coherence Resonance in Kaldor-Kalecki Business Cycle Model. - Sou Nobukawa; Ryohei Hashimoto; Haruhiko Nishimura; Teruya Yamanishi; Masaru Chiba (SCIS&ISIS, 2016)

Temporal-specific roles of fractality in EEG signal of Alzheimer's disease. - Sou Nobukawa; Teruya Yamanishi; Haruhiko Nishimura; Yuji Wada; Mitsuru Kikuchi; Tetsuya Takahashi 003 (IJCNN, 2017)

Emergent Patterns and Spontaneous Activity in Spiking Neural Networks with Dual Complex Network Structure. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi (ICCI*CC, 2018)

Induced Synchronization of Chaos-Chaos Intermittency in Coupled Cubic Maps by External Feedback Signals. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi; Hirotaka Doho (CoDIT, 2018)

Skewed and Long-Tailed Distributions of Spiking Activity in Coupled Network Modules with Log-Normal Synaptic Weight Distribution. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi (ICONIP (1), 2018)

Controlling Chaotic Resonance in Systems with Chaos-Chaos Intermittency Using External Feedback. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi; Hirotaka Doho (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2018)

Induced Synchronization of Chaos-Chaos Intermittency Maintaining Asynchronous State of Chaotic Orbits by External Feedback Signals. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi; Hirotaka Doho (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2019)

Pattern Classification by Spiking Neural Networks Combining Self-Organized and Reward-Related Spike-Timing-Dependent Plasticity. - Sou Nobukawa; Haruhiko Nishimura; Teruya Yamanishi (J. Artif. Intell. Soft Comput. Res., 2019)

Chaos-Chaos Intermittency Synchronization Controlled by External Feedback Signals in Chua's Circuits. - Sou Nobukawa; Hirotaka Doho; Natsusaku Shibata; Haruhiko Nishimura; Teruya Yamanishi (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2020)

Evaluation of Ability of Chaotic Resonance under Noises in Neural Systems Comprising Excitatory-Inhibitory Neurons. - Sou Nobukawa; Nobuhiko Wagatsuma; Haruhiko Nishimura; Keiichiro Inagaki; Teruya Yamanishi (SMC, 2021)

Recent Trends of Controlling Chaotic Resonance and Future Perspectives. - Sou Nobukawa; Haruhiko Nishimura; Nobuhiko Wagatsuma; Keiichiro Inagaki; Teruya Yamanishi; Tetsuya Takahashi 003 (Frontiers Appl. Math. Stat., 2021)

Long-Tailed Characteristic of Spiking Pattern Alternation Induced by Log-Normal Excitatory Synaptic Distribution. - Sou Nobukawa; Haruhiko Nishimura; Nobuhiko Wagatsuma; Satoshi Ando; Teruya Yamanishi (IEEE Trans. Neural Networks Learn. Syst., 2021)

Memory Storage Systems Utilizing Chaotic Attractor-Merging Bifurcation. - Sou Nobukawa; Nobuhiko Wagatsuma; Haruhiko Nishimura; Keiichiro Inagaki; Teruya Yamanishi (IEEE Access, 2022)

Extremely Weak Feedback Method for Controlling Chaotic Resonance. - Takahiro Iinuma; Yudai Ebato; Sou Nobukawa; Anh Tu Tran; Nobuhiko Wagatsuma; Keiichiro Inagaki; Hirotaka Doho; Teruya Yamanishi; Haruhiko Nishimura (SMC, 2023)

Influence of Additive and Contaminant Noise on Control-Feedback Induced Chaotic Resonance in Excitatory-Inhibitory Neural Systems. - Sou Nobukawa; Nobuhiko Wagatsuma; Haruhiko Nishimura; Keiichiro Inagaki; Teruya Yamanishi (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2023)

Emergence of chaotic resonance controlled by extremely weak feedback signals in neural systems. - Anh Tu Tran; Sou Nobukawa; Nobuhiko Wagatsuma; Keiichiro Inagaki; Hirotaka Doho; Teruya Yamanishi; Haruhiko Nishimura (Frontiers Appl. Math. Stat., 2024)

Controlling Chaotic Resonance with Extremely Local-Specific Feedback Signals. - Takahiro Iinuma; Yudai Ebato; Sou Nobukawa; Nobuhiko Wagatsuma; Keiichiro Inagaki; Hirotaka Doho; Teruya Yamanishi; Haruhiko Nishimura (IEICE Trans. Fundam. Electron. Commun. Comput. Sci., 2024)