Committee |
Date Time |
Place |
Paper Title / Authors |
Abstract |
Paper # |
NLP |
2024-05-09 13:15 |
Kagawa |
Kagawa Prefecture Social Welfare Center |
Application of Unidirectionally Coupled Phase Oscillators in a Ring to Central Pattern Generator Takumi Yoshioka, Kentaro Takeda (Kagawa Univ.) |
(To be available after the conference date) [more] |
|
NLP, MSS |
2024-03-14 16:05 |
Misc. |
Kikai-Shinko-Kaikan Bldg. |
Functional electrical stimulator with wireless sequential logic central pattern generator model Rikuto Nozu, Hiroyuki Torikai (Hosei Univ) MSS2023-97 NLP2023-149 |
In this study, we design a functional electrical stimulator using a wireless sequential logic circuit central pattern ge... [more] |
MSS2023-97 NLP2023-149 p.123 |
NLP |
2023-11-29 09:50 |
Okinawa |
Nago city commerce and industry association |
Analysis of fundamental characteristics of wireless ergodic sequential logic central pattern generator and its application to functional electrical stimulator Yunosuke Takemae, Hiroyuki Torikai, Masaya Kudo (Hosei Univ) NLP2023-69 |
In this paper, a wireless functional electrical stimulation (FES) device based on ergodic cellular automaton (CA) centra... [more] |
NLP2023-69 p.48 |
CCS, NLP |
2023-06-08 14:05 |
Tokyo |
Tokyo City Univ. |
A functional electrical stimulation device based on wireless ergodic sequential logic central pattern generator Yunosuke Takemae, Hiroyuki Torikai, Masaya Kudo (Hosei Univ) NLP2023-15 CCS2023-3 |
In this paper, a wireless functional electrical stimulation (FES) device based on ergodic cellular automaton (CA) centra... [more] |
NLP2023-15 CCS2023-3 pp.9-12 |
CAS, NLP |
2022-10-20 13:50 |
Niigata |
(Primary: On-site, Secondary: Online) |
A Central Pattern Generator Hardware Network Model Reproducing Two Types of Gait Sets Yoshinobu Maeda (Niigata Univ.) CAS2022-21 NLP2022-41 |
Bursting discharges repeating neuronal firings between quiescent states under constant stimulation are thought to be use... [more] |
CAS2022-21 NLP2022-41 pp.11-16 |
MBE, NC, NLP, CAS (Joint) [detail] |
2020-10-29 11:15 |
Online |
Online |
Dynamic binary neural networks with time-variant parameters Takumi Suzuki, Shota Anzai, Toshimichi Saito (HU) NC2020-9 |
This paper studies a three-layer dynamic binary neural network with time-variant parameters and its application. The net... [more] |
NC2020-9 pp.5-8 |
ICTSSL, CAS |
2020-01-30 15:35 |
Tokyo |
|
Locomotion Dynamics of Hardware 4-CPG Model Kaede Murakawa, Atsuya Suwa, Yoshinobu Maeda (Niigata Univ.) CAS2019-74 ICTSSL2019-43 |
It is said that central pattern generators (CPGs), which is considered to be in the spinal cord, control various quadrup... [more] |
CAS2019-74 ICTSSL2019-43 pp.59-63 |
MSS, CAS, SIP, VLD |
2019-07-30 15:15 |
Iwate |
Iwate Univ. |
[Invited Talk]
Functional Roles of Phase Resetting Control in Rhythmic Movements and their Engineering Applications
-- Mathematical Design of an Optimal Phase Response Curve for Walking Control -- Kazuki Nakada (Tsukuba Univ. Tech..), Keiji Miura (Kwansei Gakuin Univ.) CAS2019-9 VLD2019-15 SIP2019-25 MSS2019-9 |
Possible functional roles of the phase resetting control during rhythmic movements have attracted much attention. The ph... [more] |
CAS2019-9 VLD2019-15 SIP2019-25 MSS2019-9 p.39 |
NC, IBISML, IPSJ-MPS, IPSJ-BIO [detail] |
2019-06-17 13:00 |
Okinawa |
Okinawa Institute of Science and Technology |
Analysis and application of periodic orbits in dynamic binary neural networks Shota Anzai, Seitaro Koyama, Toshimichi Saito (HU) NC2019-1 |
This paper studies a simple dynamic binary neural network and its application.
In the network, each neuron transforms ... [more] |
NC2019-1 p.1 |
MBE |
2019-05-19 09:25 |
Niigata |
Niigata University |
A group-theoretic consideration on symmetry and redundancy of quadruped locomotion Yoshinobu Maeda, Mamoru Iwaki (Niigata Univ.) MBE2019-2 |
The Golubitsky-Buono theory based on mathematical group and symmetry is available to estimate a hardware design of CPG (... [more] |
MBE2019-2 pp.7-12 |
NC, MBE (Joint) |
2019-03-04 16:35 |
Tokyo |
University of Electro Communications |
Application of dynamic binary neural networks to central pattern generators Shota Anzai, shunsuke aoki, seitaro koyama, Toshimichi Saito (HU) NC2018-61 |
This paper studies basic dynamics of simple dynamic binary neural networks and their applications.
The network is chara... [more] |
NC2018-61 pp.95-98 |
SS, MSS |
2018-01-19 15:30 |
Hiroshima |
|
Mathematical Analysis of Phase Resetting Control Mechanism during Rhythmic Movements Kazuki Nakada (Hiroshima City Univ.), Keiji Miura (Kwansei Gakuin Univ.) MSS2017-72 SS2017-59 |
Recently, possible functional roles of the phase resetting control during rhythmic movements have attracted much attenti... [more] |
MSS2017-72 SS2017-59 pp.143-148 |
CCS |
2017-11-10 14:05 |
Osaka |
Osaka Univ. |
On Analysis and Application of Coupled Asynchronous Cellular Automaton Oscillators Kentaro Takeda, Hiroyuki Torikai (Kyoto Sangyo Univ.) CCS2017-31 |
In this paper, a central pattern generator (CPG) model coupled by asynchronous cellular automaton oscillators is investi... [more] |
CCS2017-31 pp.55-59 |
CAS, ICTSSL |
2017-01-27 11:10 |
Tokyo |
Kikai-Shinko-Kaikan Bldg. |
Group-Theoretic Consideration of Quadrupedal Locomotion Rhythms Generated by Hardware CPG Models Yoshinobu Maeda, Naruki Sasagawa, Satoshi Oyake (Niigata Univ.) CAS2016-103 ICTSSL2016-57 |
We have reproduced several quadrupedal locomotion rhythms on a hard-wired electronic circuit model by mimicking neural n... [more] |
CAS2016-103 ICTSSL2016-57 pp.121-126 |
CAS |
2016-01-29 11:55 |
Tokyo |
Kikai-Shinko-Kaikan Bldg. |
Reproduction of Quadrupedal Gait Patterns Using a Coupled Hardware Nonlinear Oscillators Satoshi Oyake, Akihiro Maruyama (Niigata Univ), Taishin Nomura (Osaka Univ), Yoshinobu Maeda (Niigata Univ) CAS2015-75 |
In the mammalian spinal cord, a central pattern generator (CPG) is supposed to be as neural networks. The CPG is respon... [more] |
CAS2015-75 pp.79-83 |
MSS, CAS, IPSJ-AL [detail] |
2015-11-20 11:50 |
Kagoshima |
Ibusuki CityHall |
Reproduction of switching phenomena between quadrupedal locomotion patterns by using electronic circuit CPG network Akihiro Maruyama, Satoshi Oyake, Naruki Sasagawa (Niigata Univ.), Tomoyasu Ichimura (GNCT), Yoshinobu Maeda (Niigata Univ.) CAS2015-48 MSS2015-22 |
It is thought that central pattern generators (CPGs) hypothesized in the spinal cord should account for the reproduction... [more] |
CAS2015-48 MSS2015-22 pp.25-30 |
CAS, MSS, IPSJ-AL [detail] |
2014-11-20 10:00 |
Okinawa |
Nobumoto Ohama Memorial Hall (Ishigaki island) |
Switching four-legged animal gaits between walk, trot and bound using CPG circuit Hayate Kojima, Akihiro Maruyama (Niigata Univ.), Tomoyasu Ichimura (ONCT), Yoshinobu Maeda (Niigata Univ.) CAS2014-87 MSS2014-51 |
In the mammalian spinal cord, a central pattern generator (CPG) is supposed to be as neural networks. The CPG is respons... [more] |
CAS2014-87 MSS2014-51 pp.1-6 |
CAS |
2014-02-06 15:20 |
Kanagawa |
Nippon Maru Training center |
Reproduction of four-leg animal gaits using an asymmetric hardware CPG model Genichiro Ishigoka, Akihiro Maruyama, Hayate Kojima (Niigata Univ.), Tomoyasu Ichimura (ONCT), Yoshinobu Maeda (Niigata Univ.) CAS2013-80 |
In this technical report, we proposed a hardware model of the central pattern generator, or CPG, which controlled the ga... [more] |
CAS2013-80 pp.41-44 |
NC, MBE |
2013-09-24 10:55 |
Niigata |
Niigata University Ekinan-Campus "TOKIMATE" |
Four-leg gait simulation research using CPG network Hayate Kojima (Niigata Univ.), Tomoyasu Ichimura (ONCT), Akira Tsukada (TNCT), Taishin Nomura (Osaka Univ.), Yoshinobu Maeda (Niigata Univ.) MBE2013-39 NC2013-25 |
In the mammalian spinal cord, a central pattern generator (CPG) is supposed to be as neural networks. The CPG is respons... [more] |
MBE2013-39 NC2013-25 pp.17-22 |
NLP, CAS |
2012-09-20 13:05 |
Kochi |
Eikokuji Campus, University of Kochi |
An Analog Circuit Design Controlling Quadruped Locomotion Patterns Yoshinobu Maeda, Masahito Kubota (Niigata Univ.), Yasuyuki Suzuki, Taishin Nomura (Osaka Univ.) CAS2012-31 NLP2012-57 |
A rhythmic motion such as a locomotion is generated by the central pattern generator, or the CPG. Rybak et al. (2006) p... [more] |
CAS2012-31 NLP2012-57 pp.7-12 |