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Ryota Kurozumi
Publication Activity (10 Years)
Years Active: 2001-2018
Publications (10 Years): 2
Top Topics
Deep Learning
Weakly Supervised
Restricted Boltzmann Machine
Centered Design
Top Venues
IHSI
AAATE Conf.
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Publications
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Shoichiro Fujisawa
,
Ranmaru Mandai
,
Ryota Kurozumi
,
Shin-Ichi Ito
,
Katsuya Sato
Identification of Visually Impaired Person with Deep Learning.
IHSI
(2018)
Ryota Kurozumi
,
Toru Yamamoto
,
Shoichiro Fujisawa
Development of safety concept of electric wheelchair driving support system based on assessment of risk.
AAATE Conf.
(2015)
Ryota Kurozumi
,
Kosuke Tsuji
,
Shin-Ichi Ito
,
Katsuya Sato
,
Shoichiro Fujisawa
,
Toru Yamamoto
Experimental validation of an online adaptive and learning obstacle avoiding support system for the electric wheelchairs.
SMC
(2010)
Ryota Kurozumi
,
Toru Yamamoto
,
Shoichiro Fujisawa
,
Osamu Sueda
Development of Training Equipment with Adaptive and Learning Using a Balloon Actuator-Sensor System.
J. Robotics Mechatronics
21 (1) (2009)
Ryota Kurozumi
,
Toru Yamamoto
,
Shoichiro Fujisawa
,
Osamu Sueda
Development of training equipment with an adaptive and learning mechanism using balloon actuator-sensor system.
SMC
(2007)
Ryota Kurozumi
,
Toru Yamamoto
Implementation of an obstacle avoidance support system using adaptive and learning schemes on electric wheelchairs.
IROS
(2005)
Toru Yamamoto
,
Ryota Kurozumi
,
Shoichiro Fujisawa
A Design of CMAC Based Intelligent PID Controllers.
ICANN
(2003)
Shoichiro Fujisawa
,
Kouhei Akazawa
,
Ryota Kurozumi
,
Kazuo Kawada
,
Toru Yamamoto
,
Hiroto Uenaka
Attitude control using CMAC for electric wheelchairs equipped with hydraulic cylinder.
CIRA
(2003)
Shoichiro Fujisawa
,
Ryota Kurozumi
,
Toru Yamamoto
,
Yoshikazu Suita
Path planning for mobile robots using an improved reinforcement learning scheme.
ISIC
(2002)
Shoichiro Fujisawa
,
Tadahiro Kaneda
,
Takashi Nishi
,
Naoki Satonaka
,
Toshitaka Umemoto
,
Tomoharu Doi
,
Takeo Yoshida
,
Ryota Kurozumi
,
Yoshikazu Suita
Mechatronics Technology Which Assists Human Life from Nursing to Amusement.
J. Robotics Mechatronics
13 (1) (2001)