Lecturer and lecture
2024/02/09
Adaptive robot control using artificial and real cerebella
(Bordeaux)
2022/10/18
Cerebellar roles in predictive reflexive eye movements and the Dragon Ball effect
(online)
2019/04/21
Acquisition and maintenance of predictive optokinetic response require the cerebellum and the velocity storage mechanism
(Memorial Auditorium of the Kyoto University Medical School)
2018/12/01
Cerebellar role in predicitive control of eye movement in fish and humans
(Tokyo Medical and Dental University)
2018/09/06
Adaptive oculomotor control in fish and humans – from neural mechanism to mathematical modeling, cerebellum-machine interface, artificial cerebellum, robot control, sleepiness prediction, and motor learning facilitation
(Ohio University)
2017/09/12
Predictive eye movement control in human and fish: Cerebellum is necessary but not sufficient
(Washington University School of Medicine)
2017/06
The cerebellum is necessary but not sufficient for the acquisition of predictive motor control: in the case of optokinetic eye movement in zebrafish, medaka, carp, goldfish, and humans
(CiNET)
2016/11
Adaptive control of reflexive eye movements in fish and humans: Goldfish BMI, Artificial cerebellum, and Sleepiness prediction
(電気通信大学)
2016/08/25
Predictors of sleepiness in your eyes
(Washington University School of Medicine)
2016/07
Neural mechanisms of adaptive oculomotor control. from animal experiments, neuronal circuitry modeling, cerebellum-machine interface to robot control, sleepiness detection, and motor learning promotion
(Okinawa Institute of Technology)
2015/09
Hyper-gravity accelerates motor learning in goldfish and humans as predicted in Dragon Ball
(Washington University School of Medicine)
2015/08/18
What we have learned from the comparison of eye movement performance and plasticity in fish and primates
(Massachusetts Eye and Ear Infirmary)
2014/08/25
Cerebellar dependent adaptation of reflexive eye movements in fish and primates
(Washington University School of Medicine)
2013/11/05
Understanding of reflexive eye movement control by neurophysiology, modeling-simulation, and brain-machine interface
(University of Washington)
2013/03/21
From fish VOR to human VOR
(Putra Malaysia University)