Real-time artificial cerebellum to study neuronal mechanisms of motor learning.

Visual attention and individual miniature saccadic eye movements generated during car driving

Predictive eye movements acquired by repetitive periodic optokinetic visual stimulation in goldfish.

The number of granular cells in a cerebellar neuronal network model engaged during robot control increases with the complexity of the motor task

Spontaneous firing activity in climbing fiber is critical for a realistic bi-hemispherical cerebellar neuronal network during robot control

Relationship between driver’s attention and micro-saccadic eye movements

Simulation of oculomotor control and learning by a realistic spiking cerebellar neuronal network model

Period tuning of the optokinetic response: A new cerebellar dependent predictive motor learning?

Oculomotor test bench for developing zebrafish larvae

Frequency dependent VOR motor learning in normal and cerebellectomized goldfish

Active driving maneuver to maintain high arousal level

Construction of a bi-hemispheric cerebellar neuronal network model with realistic climbing fiber input and its application to adaptive control of an unstable robot

Bi-hemispheric model of the cerebellum with realistic climbing fiber input

Unaware drowsiness deeply in the pupil

Improvement of Simulation Platform for providing reliable and easy use model simulation environment

Adaptive control of 2-wheeled balancing robot by two hemispheric cerebellar neuronal network model

A cerebellum-machine interface enables changes in neuronal activity to be causally linked with behavioral adaptation.

Monocular and binocular behavior of the oculomotor neural integrator in goldfish

Direct causality between single Purkinje cell activities and motor learning revealed by a cerebellum-machine interface utilizing VOR adaptation paradigm

Simulation Platform

Monocular eye position specificity in the oculomotor neural integrator

Simulation Platform: Cloud-computing meets computational neuroscience

Adaptive control of a robot arm by a single Purkinje cell using a vestibolo-ocular reflex motor learning paradigm.

Cerebellar Brain Machine Interface to evaluate roles of a single Purkinje cell in motor learning

Simulation Platform: Model simulation on the cloud

Environment for an integrative model simulation: PLATO

A modeling study on the signal transformation for the microsaccade generation.

The origin of the frequency selectivity in VOR motor learning revealed by a realistic cerebellar spiking neuron network model.

Proposal of Inside-Out camera for measuring 3D gaze position in free space

Position-specific training in the oculomotor neural integrator.

Is a cerebellar Purkinje cell capable of controlling a non-biological motor system?

Platform for collaborative brain system modeling (PLATO)

Position-specific training in the oculomotor neural integrator.

Changes in cerebellar Purkinje cell firing modulation during frequency differential VOR motor learning in goldfish.

Simulation Platform: a test environment of computational models via web.

Adaptive DC motor control by a cerebellar Purkinje cell

Real time adaptive motor control by the cerebellar neuronal network model

Comparison of vestibuloocular reflex motor learning induced by active and passive head motion in goldfish.

Cerebellar flocculus Purkinje cell complex spikes during VOR in the dark before and after VOR motor learning in squirrel monkeys.

The Cerebellar Neuroinformatics Platform: the structure and function.

Neuroinformatics Database for Pupil Research.

Evaluation of driver’s sleepiness by pupillary fluctuation and anti-saccade reaction time.

Origin of the frequency selectivity in acute VOR motor learning: Modifiable frequency channels or waveform transformation?

Flocculus Purkinje cell complex spikes during acute motor learning of the horizontal vestibuloocular reflex in squirrel monkeys.

Cerebellar cortical network model for vestibuloocular reflex motor learning.

Left-right asymmetrical and frequency selective motor learning and memory in goldfish vestibulo-ocular reflex.

The Y group revisited following VOR adaptation.

Cerebellar floccular role in up-down asymmetrical motor learning of the vestibulo-ocular reflex.

Changes in response of cerebellar Purkinje cells following chronic VOR adaptation.

Changes in vertical optokinetic responses following VOR adaptation in the squirrel monkey.

Quantification of the period of decay of novel VOR gains acutely acquired by visual-vestibular mismatch in squirrel monkeys.

Inverse dynamic representation of flocculus Purkinje cell firing patterns during vertical visual- vestibular interaction leading to VOR adaptation in squirrel monkey.

Influence of the eye refraction on the luminance-pupil diameter relationship.

A dynamical model for vertical VOR, optokinetic response and visual-vestibular interactions in primate.

Effect of pupil size on the quality of retinal images.

Evaluation of possible error signals used in vertical vestibuloocular reflex adaptation in squirrel monkeys.

Response of Floccular Purkinje cells following chronic adaptation of the vertical VOR.

Function of the pupil in vision and information capacity of retinal image.

Capacity of vertical vestibulo ocular reflex adaptation in squirrel monkey.

Analysis of Discharge Pattern of Cerebellar Purkinje Cells before and during Adaptation of the Vestibulo Ocular Reflex in the Squirrel Monkey.

Identification of the Site(s) of Vestibulo-ocular Reflex Motor Learning in Primate based on Single Unit Recording of Cerebellar Flocculus Purkinje Cell Activity.

Multiple Linear Regression Analysis of Floccular Purkinje Cell Activity during Vertical Visual Following in Squirrel Monkeys.

Evaluation of the Autonomic Nervous System Activity in Hyper- and Hypo-Gravity using Pupillary Response to Comb-like Flash.

Subcellular Calcium Regulation in Microgravity.

Estimation of the Autonomic Nervous Input by the Inverse Dynamic Model for Human Pupillary Muscle Plant.

Pupillary Light Response during a Parabolic Flight.

Nonlinear Dynamics Model for Human Pupillary Light Reflex System.