Name
Affiliation
Papers
SATOSHI SUZUKI
Department of Robotics and Mechatronics, Tokyo Denki University, Tokyo, Japan
20
Collaborators
Citations 
PageRank 
30
99
15.23
Referers 
Referees 
References 
234
156
57
Search Limit
100234
Title
Citations
PageRank
Year
Language Use in Joint Action: The Means of Referring Expressions00.342020
Skeleton-Based Explainable Human Activity Recognition For Child Gross-Motor Assessment00.342020
Spatial perception assistance using TENS during walking and development of the portable device00.342020
Deep learning assessment of child gross-motor00.342020
Enhancement of child gross-motor action recognition by motional time-series images conversion00.342020
Maneuvering Assistance of Teleoperation Robot Based on Identification of Gaze Movement00.342019
A Support System For Gross Motor Assessment Of Preschool Children00.342018
Detection Of The Body Schema Modification Induced By A Visual-Proprioceptive Mismatch00.342018
Optimized statistical parametric mapping procedure for NIRS data contaminated by motion artifacts.00.342017
Preliminary Verification Of Spatial Perception Support Using Emphasized Single-Camera View00.342017
Investigation of brain activation with body schema induced by TENS using NIRS00.342016
Development Of A Ceiling-Robots System And Its Motion Control10.392014
Development of estimating equation of machine operational skill by utilizing eye movement measurement and analysis of stress and fatigue00.342013
Kindergarten SLAM utilizing laser range sensor and retro-reflective markers10.402013
Robot motion planning considering the utterance-timing and its experimental evaluation10.432012
Simultaneous design of robot motion and utterance timing by using Self-Organizing Maps00.342012
Human assistive control on tele-operated human-robot cooperative carrying task10.402012
Human control law and brain activity of voluntary motion by utilizing a balancing task with an inverted pendulum60.682010
Human adaptive mechatronics - interaction and intelligence60.772005
Integrated motion control for walking, jumping and running on a small bipedal entertainment robot837.762004