![](https://www.kindai.ac.jp/data/images/professor/390.jpg)
HUANG Jian
Department of Robotics | Professor |
■Researcher basic information
Degree
J-Global ID
Research Keyword
- 知能機械システム 制御 機械力学 Bio-Medical Engineering Intelligent Mechanics and Machine System Mechanics and Control Engineering
Research Field
■Research activity information
Award
Paper
- Jian Huang; Noriho KoyachiJournal of Robotics and Mechatronics Fuji Technology Press Ltd. 34 (6) 1329 - 1337 0915-3942 2022/12 [Refereed]
In recent years, a rapid increase in bedridden elderly, due to cerebral strokes and other diseases, has become a social problem due to soaring medical costs and heavy burden of long term care support. Therefore, development of walk rehabilitation devices for the elderly, suffered from cerebral strokes, is strongly expected. In the research so far, the authors have developed a rollator with a chest support pad that can rotate freely with one degree of freedom, and the effectiveness of its walk assistance was evaluated. In this study, a novel rollator using a motor-driven chest support pad was developed. A compact system to combine data collect system and motor control was configured. Walk measurements for six subjects were conducted using the developed rollator. The relationship between the movements of the lower limbs and rotation of the motor driven chest support pad was investigated. Time series and power spectrum results were analyzed, and the effectiveness of the motor-driven chest support pad on movement of the lower limb during walking was discussed. - Koyachi Noriho; Huang Jian; Tatsuno Junya; Shirai Atsushi; Shibata Mizuho; Tomokuni Nobuyasu; Tagami Masaharu; Matsutani YukiJournal of Robotics and Mechatronics Fuji Technology Press Ltd. 34 (1) 6 - 9 0915-3942 2022/02
An outline of the Advanced Robotic Technology Research Center, Kindai University Fundamental Technology for Next Generation Research Institute is given. The research activities of the Advanced Robotic Technology Research Center are classified into the following five fields, field robotics, medical and welfare robot, dynamics controlled robot, soft-robotics, and parallel link robot.
- Huang, J; Ashida, H; He, Y; Koyachi, N; Harada, TJournal of Robotics and Mechatronics 34 (1) 18 - 27 2022/02 [Refereed]
- TOMOKUNI Nobuyasu; HUANG Jian; OKA Masato; KOYACHI Noriho; SHIBATA Mizuho; TAGAMI MasaharuThe Proceedings of JSME annual Conference on Robotics and Mechatronics (Robomec) The Japan Society of Mechanical Engineers 2019 1P2 - I06 2019
In this paper, a line-trace robot is described. This robot is applied for robot contest in the practicum class of creative challenge of robotics in department of robotics. Rules of the robot contest and lecture contents are confirmed by making this robot.
- Jian Huang, Yoshinori Sano, Ryota Hori, Takayuki Hori and Tetsuro YabutaInternational Journal of Advanced Robotic System INTECH EUROPE 12 (115) 1729-8806 2015/08 [Refereed]
Impedance control is an important technology used in the grasping control of a robot hand. Numerous studies related to grasping algorithms have been reported in recent years, with the contact force between robot fingers and the object to be grasped being primarily discussed in most cases. Generally, a coupling effect occurs between the internal loop of the grasping operation and the external loop of the interaction with the environment when a multi-fingered robot hand is used to complete a contact task. Therefore, a robot hand cannot hold an object using a large external force to complete a wide range of tasks by applying the conventional method. In this paper, the coupling of the internal/external forces occurring in grasping operations using multiple fingers is analysed. Then, improved impedance control based on the previous method is proposed as an effective tool to solve the problem of grasping failure caused by single-finger contact. Furthermore, a method for applying the improved grasping algorithm to the admittance control of a robot hand-arm system is also proposed. The proposed method divides the impedance effect into the grasping control of the hand and the cooperative control of the arm, so that expanding the task space and increasing the flexibility of impedance adjustment can be achieved. Experiments were conducted to demonstrate the effectiveness of the proposed method. - Comparison Between Admittance and Impedance Control of a Multi-Finger-Arm Robot using the Guaranteed Manipulability Method Robotic SystemYamada, D; Huang, J; Yabuta TJ. Precision Instrument and Mechanology (2) 85 - 93 2013/02 [Refereed]
- Admittance Control of a Multi-Finger Arm Based on Manipulability of FingersHUANG JianInternational Journal of Advanced Robotic System 8 (4) 18 - 27 2011/11 [Refereed]
- 堀貴之; 佐野嘉則; 黄健; 豊田希; 藪田哲郎日本機械学会論文集(C) 77 (776) 196 - 207 2011/04 [Refereed]
- Hara, M; Kawabe, N; Huang, J; Yabuta, TJournal of Robotics and Mechatronics 23 (1) 126 - 136 2011/03 [Refereed]
- Indirect Manipulation of a Sphere on a Flat Disk Using Force InformationM. Hara; Y. Tanaka; J. Huang; T. YabutaInternational Journal of Advanced Robotic Systems 7 (4) 83 - 92 2010/12 [Refereed]
- Takayuki Hori; Daisuke Yamada; Jian Huang; Hajime Sugiuchi; Tetsuro YabutaNihon Kikai Gakkai Ronbunshu, C Hen/Transactions of the Japan Society of Mechanical Engineers, Part C Japan Society of Mechanical Engineers 76 (763) 655 - 664 0387-5024 2010/03 [Refereed]
Our previous studies proposed an admittance and an impedance control method of a finger-arm robot with a 3DOF finger and 6DOF arm robot to guarantee the finger manipulability under arm compensatory movement, whose results show that satiny movement of the finger-arm robot was realized in constrained space. Although these results were applied for one finger system, it is necessary to extend these methods for a multi-finger system. This paper shows an admittance control method and its results of multi-finger-arm robot to guarantee its finger's manipulability. Both averaging method and mini-max method are examined to evaluate its manipulability of multi-finger. Both results are discussed in the viewpoint of both stiffness and viscosity and finger's manipulability. - Huang, J; Yamada, D; Nakamura, Y; Hara, M; Yabuta, TJSME Journal of System Design and Dynamics 3 (5) 756 - 767 2009/11 [Refereed]
- Naoya Ashitaka; Masayuki Hara; Noriaki Tambo; Jian Huang; Tetsuro YabutaNihon Kikai Gakkai Ronbunshu, C Hen/Transactions of the Japan Society of Mechanical Engineers, Part C Japan Society of Mechanical Engineers 75 (752) 1000 - 1008 0387-5024 2009/04 [Refereed]
Multimedia services such as an audio and visual media have been advanced rapidly. And now we can employ several multimedia services via the Internet in which audio and visual information is exchanged. In addition to them, physical force information is expected as the next multimedia service. However, there are several fundamental issues for interactive force telecommunication, which do not appear in the conventional teleportation. We study on basic issues of force telecommunication from human sensory aspect by using two haptic interfaces with 3' DOF that have an orthodox parallel linkage, and propose a hybrid control of Master/Slave system for force telecommunication between Human beings, which has position/force feedback loop directly. Results show that both hybrid and compliance control of Master/Slave System are suitable candidates for the force telecommunication system because both force and position serve functions are essential for the system. Moreover, recognition of an operator coordinate system is clarified to be important because of force communication strong interaction, which is discussed from human sensory aspect. - S. Kosaka; M. Hara; J. Huang; T. YabutaTransactions of the Society of Instrument and Control Engineers 45 (1) 69 - 71 2009/01 [Refereed]
- Y. Jung; M. Inoue; M. Hara; J. Huang; T. YabutaTransactions of the Japan Society of Mechanical Engineers Series C 75 (749) 122 - 131 2009/01 [Refereed]
- 黄 健; 中村裕介; 山田大輔; 原正之; 藪田哲郎計測自動制御学会論文集(特集号) 44 (12) 1012 - 1014 2008/12 [Refereed]
- 山田大輔; 中村裕介; 原正之; 黄 健; 藪田哲郎日本機械学会論文集(C) 74 (748) 2994 - 3003 2008/12 [Refereed]
- 許仁; 松木洋介; 友国伸保; 黄 健; 藪田哲郎日本機械学会論文集(C) 74 (740) 912 - 921 2008/04 [Refereed]
- クワンB.T; 原田実; 黄 健; 藪田哲郎日本機械学会論文集(C) 73 (733) 2551 - 2560 2007/09 [Refereed]
- 松木洋介; 許仁; 友國伸保; 黄 健; 藪田哲郎日本機械学会論文集(C) 73 (732) 2295 - 2304 2007/08 [Refereed]
- Haruhisa MOTOYAMA; Ryota YAMASHINA; Masayuki HARA; Jian HUANG; Tetsuro YABUTATransaction of the Japan Society of Mechanical Engineers (C) 72 (723) 3525 - 3532 0387-5024 2006/11 [Refereed]
- Bui Trong Quan; Jian Huang; Minoru Harada; Tetsuro YabutaJSME INTERNATIONAL JOURNAL SERIES C-MECHANICAL SYSTEMS MACHINE ELEMENTS AND MANUFACTURING JAPAN SOC MECHANICAL ENGINEERS 49 (3) 897 - 904 1344-7653 2006/09 [Refereed]
A 3'DOF robot finger is fixed to the end-effector of a 6'DOF robot arm to construct a redundant macro-micro robot system that is able to emulate the finger-arm system of a human being. However, determining joint angles and velocities of a redundant robot system in a natural way remains a difficult issue. This paper describes a method to control the system so as to generate common motions emulating the hand-arm movement of a human. To achieve this purpose, the finger is primarily supposed to complete delicate local motions while the arm moves to assist the finger when the manipulability of the finger is too low and the system is about to miss the desired target. The effectiveness on motion generation and the relation between kinetic energy and manipulability by using the proposed method has been experimentally demonstrated and discussed. - Hara, M; Higuchi, T; Ohtake, A; Huang, J; Yabuta, TJournal of Robotics and Mechatronics 18 (4) 476 - 488 2006/08 [Refereed]
- 山科 亮太; 本山 晴寿; 浦川 真理子; 黄 健; 藪田 哲郎Transaction of the Japan Society of Mechanical Engineers (C) 72 (717) 1574 - 1581 0387-5024 2006/05 [Refereed]
- 雑賀優; 友國伸保; 黄 健; 藪田哲郎計測自動制御学会論文集 41 (11) 939 - 941 2005/11 [Refereed]
- Jian Huang; Isao TodoSystems and Human Science - For Safety, Security and Dependability Elsevier 425 - 437 2005 [Refereed]
With the rapid development of service robots, avoiding collisions with human beings is a most important requirement of robot control. This chapter proposes a control method by establishing a virtual potential field around a robot to avoid collisions between a human being and the robot by the redundant joints of the robot. The greatest advantage of the proposed method is that a possible collision can be avoided automatically without requiring any action by nearby human beings. A control method is also proposed for a redundant robot to simultaneously carry out a contact task with its hand and perform collision avoidance with its redundant joints. The effectiveness of the proposed method has been demonstrated by experiments. © 2005 Elsevier B.V. All rights reserved. - Jian HUANG and Isao TODOTransactions of Japan Society of Mechanical Engineers, Serial C 70 (691) 751 - 758 0387-5024 2004/03 [Refereed]
- Jian HUANG , Isao TODO and Isao MURAMATSUTransactions of Japan Society of Mechanical Engineers, Serial C 69 (684) 2085 - 2092 0387-5024 2003/08 [Refereed]
- Jian HUANG , Isao TODO and Minoru MATSUURATransactions of Japan Society of Mechanical Engineers, Serial C 68 (674) 2999 - 3006 0387-5024 2002/10 [Refereed]
- Jian Huang; Isao TodoNihon Kikai Gakkai Ronbunshu, C Hen/Transactions of the Japan Society of Mechanical Engineers, Part C 67 (660) 2616 - 2623 0387-5024 2001/08 [Refereed]
Since there exist a lot of deformable objects in our daily life, method of manipulation of a deformable object for a robot is expected not only in industrial manufacturing but also in life support. Generally, a force/torque sensor is used in playing a contact task for a rigid object by a robot. However, only a force/torque sensor is not enough in handling of a deformable object by a robot. In this paper, a fusion algorithm by integrating data from both a force/torque sensor and a visual sensor is proposed for a robot to play a contact task in which an aluminum peg fixed on the robot hand is inserted into a hole installed on a deformable plate. To complete the task, a high-speed camera is used and a real time processing algorithm is developed to detect deformation of the central line of the hole. Then, the results of visual processing are integrated with data of the force/torque sensor using the proposed compliance control algorithm for a robot in playing the task. The effectiveness of the proposed method has been demonstrated through experiments. © 2001, The Japan Society of Mechanical Engineers. All rights reserved. - Jian Huang; Isao Todo; Takanori TokiwaNihon Kikai Gakkai Ronbunshu, C Hen/Transactions of the Japan Society of Mechanical Engineers, Part C 66 (648) 2669 - 2676 0387-5024 2000/08 [Refereed]
In the previous papers, a sealing nozzle and a visual sensor were mounted on the end-effector of a manipulator, but control of nozzle position was only considered. As the results, the visual sensor would possibly lost the seam target at curved part of a sealing line during tracking. In order to improve tracking property of the sealing robot, both a visual sensor and a nozzle of a sealing robot must be real time controlled. In this paper, a fuzzy model based method for generating desired trajectory of the visual sensor is proposed. The fuzzy rules are obtained by applying neural network learning. Generated desired positions of nozzle are equivalently converted to rotation angles considered in the visual sensor coordinate. Then, a visual feedback algorithm for simultaneously controlling the nozzle and the visual sensor is also developed. Using the proposed method, positions of the sealing nozzle and the visual sensor can be controlled at every sampling instant in the robot control system. Therefore, both the nozzle and the visual sensor can move along a sealing line without losing the target during tracking. Tracking experiments for sealing objects with different type of sealing lines are carried out, and the effectiveness of proposed method has been demonstrated. © 2000, The Japan Society of Mechanical Engineers. All rights reserved. - Jian HUANG; Isao TODO; Ken-ichiro MAKITransactions of Japan Society of Mechanical Engineers, Serial C 64 (624) 3047 - 3054 0387-5024 1998/08 [Refereed]
- Measurement of thermal inertia of the skin by successive thermograms taken at a transient change of ambient radiation temperatureJian Huang; Tatuso TogawaPhysiological Measurements 16 (4) 213 - 235 1995/11 [Refereed]
- Jian Huang,Tatuso TogawaPhysiological Measurement IOP PUBLISHING LTD 16 (4) 295 - 301 0967-3334 1995/11 [Refereed]
Imaging of skin thermal properties was attempted by successive thermographic measurements of the skin surface with a stepwise change in ambient radiation temperature. In order to produce the stepwise change in ambient radiation temperature, two hoods maintained at different temperatures, 20 degrees C and 60 degrees C, were mechanically switched. A total of 65 thermograms were taken from 2 s before to 32 s seconds after the hood switching. Images of skin emissivity, emissivity-corrected skin temperature and thermal inertia were obtained by least-squares fitting at each pixel of 64 thermograms. Measurements were performed on the forehead, cheek, forearm, palm and back of the hand of 10 healthy male subjects. Differences in emissivity between sites and subjects were insignificant. Significant differences were observed in thermal inertia values between sites. Great improvements in the imaging of thermal inertia have been achieved by applying least-squares fitting to 64 thermograms instead of by computations from only two thermograms as in the previous study. Non-contact measurement and visualization of skin thermal properties are significant advantages of this method. - Imaging of skin thermal properties from thermograms at a stepwise change in ambient radiation temperatureHuang, J; Ishiwada, T; Seshimo, H; Kimura, Y; Saito, H; Togawa, TThermology 15 (2) 104 - 108 1995/07 [Refereed]
- Snowfall prediction based on grey system theoryHuang, J; Wakamatsu, H; Gau J.F3 141 - 152 1991/12 [Refereed]
MISC
- Jian Huang; Noriho Koyachi; Hiroaki Ashida; Takashi Harada 2019 IEEE 5th International Conference on Mechatronics System and Robots (ICMSR) 2019/05 [Refereed]
- 黄 健; 小谷内 範穗; 樹野 淳也; 柴田 瑞穂; 田上 将治 近畿大学次世代基盤技術研究所報告 = Annual Report of Fundamental Technology for Next Generation Research Institute, Kindai University (9) 22 -26 2018/07
- 黄 健; 小谷内 範穗; 樹野 淳也; 柴田 瑞穂; 田上 将治 近畿大学次世代基盤技術研究所報告 = Annual Report of Fundamental Technology for Next Generation Research Institute, Kindai University 8- 21 -25 2017/06
- 黄 健; 岡 正人; 矢野 智昭; 小谷内 範穗; 樹野 淳也; 友國 伸保; 柴田 瑞穂 近畿大学次世代基盤技術研究所報告 = Kindai University Research Institute of Fundamental Technology for Next Generation 7- 21 -26 2016/07
- Jian Huang; Noriho Koyachi 2016 IEEE INTERNATIONAL CONFERENCE ON ROBOTICS AND BIOMIMETICS (ROBIO) 1185 -1190 2016 [Refereed]
- 黄 健; 岡 正人; 矢野 智昭; 小谷内 範穗; 樹野 淳也; 友國 伸保; 柴田 瑞穂 近畿大学次世代基盤技術研究所報告 = Kinki University Research Institute of Fundamental Technology for Next Generation 6- 20 -26 2015/06
- 黄 健; 岡 正人; 樹野 淳也; 友國 伸保; 柴田 瑞穂 近畿大学次世代基盤技術研究所報告 = Kinki University Research Institute of Fundamental Technology for Next Generation 5- 20 -23 2014/06
- D. Yamada; Y. Sano; R. Hori; J. Huang; T. Yabuta 2013 IEEE/SICE INTERNATIONAL SYMPOSIUM ON SYSTEM INTEGRATION (SII) 521 -526 2013 [Refereed]
- M. Hara; J. Huang; T. Yabuta Advances in Reinforcement Learning 209 -224 2011/01 [Refereed]
- J. Huang; M.Hara; T. Yabuta Motion Control 297 -314 2010/01 [Refereed]
- Jian Huang; Daisuke Yamada; Takayuki Hori; Masayuki Hara; Tetsuro Yabuta ICRA: 2009 IEEE INTERNATIONAL CONFERENCE ON ROBOTICS AND AUTOMATION, VOLS 1-7 891 -+ 2009 [Refereed]
- M. Hara; N. Kawabe; N. Sakai; J. Huang; Hannes Bleuler; T. Yabuta 2009 IEEE-RSJ INTERNATIONAL CONFERENCE ON INTELLIGENT ROBOTS AND SYSTEMS 4206 -+ 2009 [Refereed]
- Masayuki Hara; Sho Kosaka; Jian Huang; Hannes Bleuler; Tetsuro Yabuta 2009 IEEE-RSJ INTERNATIONAL CONFERENCE ON INTELLIGENT ROBOTS AND SYSTEMS 1253 -1258 2009 [Refereed]
- Jian Huang; Minoru Harada; Daisuke Yamada; Masayuki Hara; Tetsuro Yabuta 2008 IEEE/RSJ International Conference on Intelligent Robots and Systems, IROS 2008 [Refereed]
- M. Hara; N. Ashitaka; N. Tambo; J. Huang; T. Yabuta 2008 IEEE/RSJ INTERNATIONAL CONFERENCE ON ROBOTS AND INTELLIGENT SYSTEMS, VOLS 1-3, CONFERENCE PROCEEDINGS 3971 -+ 2008 [Refereed]
- Hara M; Higuchi T; Yamagishi; Ashitaka N; Huang J; Yabuta T 2007 IEEE Intl Conf Robotics Automation (ICRA'07) 1808 -1813 2007/04 [Refereed]
- Jian Huang; Sho Kosaka; Yuuki Imamura; Tetsuro Yabuta Annual International Conference of the IEEE Engineering in Medicine and Biology - Proceedings 4866 -4869 2007 [Refereed]
- Masayuki Hara; Jian Huang; Young-Mi Jung; Tetsuro Yabuta 2006 IEEE/RSJ International Conference on Intelligent Robots and Systems, Vols 1-12 1706 -1711 2006 [Refereed]
- Youngmi Jung; Masashi Inoue; Masayuki Hara; Jian Huang; Tetsuro Yabuta 2006 SICE-ICASE INTERNATIONAL JOINT CONFERENCE, VOLS 1-13 1110 -+ 2006 [Refereed]
Books and other publications
- 力感覚の認知メカニズムとその解明VR/AR技術の開発動向と最新応用事例黄 健 (Joint work力感覚の認知メカニズムの解明(第3章 第2節))技術情報協会 2018/01
- Reinforcement LearningHara, M; Huang, J; Yabuta, T (Contributor)IN-TECH 2011
- Motion ControlHuang, J; Hara, M; T. Yabuta, T IN-TECH, 2010
- A Human-safe control for collision avoidance by a redundant robot using visual informationHuang, J; Todo, I (Joint work)Elsevier 2005
- Cutting Edge RoboticsHuang. J; Todo, I; Yabuta, T (Contributor)plV pro literatur Verlag 2005
Lectures, oral presentations, etc.
- トレッドミル型歩行訓練機に利用する駆動型回転支持パッドの試作大屋樹輝; 菅井莉人; 黄健; 小谷内範穂日本機械学会中国四国支部第53回学生員卒業研究発表講演会 2023/03
- 駆動型胸部支持パッドを有する歩行車を用いた歩行測定 [Not invited]蒋暁珂; 多田 尚生; 宗紹喆,黄健; 小谷内範穂日本機械学会中国四国支部第53回学生員卒業研究発表講演会 2023/03
- 日本機械学会ロボットメカトロニクス部門講演会'22宗紹喆; 黄健; 小谷内範穗第23回計測自動制御学会システムインテグレーション部門講演会(SI2022) 2022/12
- 回転可能な胸部支持パッドを備えた歩行訓練トレッドミルシステムの開発 [Not invited]黄 健; 寺戸友哉; 大橋勇介; 向井敬太; 小谷内範穗日本機械学会ロボットメカトロニクス部門講演会'22 2022/06
- 回転型胸部支持パッドを有する歩行訓練トレッドミルシステムの試作寺戸友哉; 向井敬太; 黄 健; 小谷内 範穗第22回計測自動制御学会システムインテグレーション部門講演会 2021/12
- 駆動型支持パッドを有する歩行車の計測制御系の構築 [Not invited]向井敬太; 宮本空; 阿部凌輔; 黄健; 小谷内範穂日本機械学会ロボットメカトロニクス部門講演会'21 2021/06
- 阿部凌輔; 小谷内範穗; 黄健; 向井敬太; 宮本空第21回計測自動制御学会システムインテグレーション部門講演会 2020/12
- 向井敬太; 前田敦史; 阿部凌輔; 宮本空,黄健; 小谷内範穂第29回計測自動制御学会中国支部学術講演会 2020/11
- 駆動型胸パッドを有する歩行車の開発 [Not invited]阿部凌輔; 渡部亮; 小谷内範穗; 黄健日本機械学会ロボットメカトロニクス部門講演会'20 2020/05
- 回転型支持パッドつき歩行車を用いた下肢部負荷有無歩行の測定と解析 [Not invited]蘆田宏明; 阿部凌輔; 黄健; 小谷内範穗日本機械学会ロボットメカトロニクス部門講演会'20 2020/05
- Development of a Novel Rollator with an Active Driving Chest Pad to Achieve the Effectiveness of Walk Assitance, [Not invited]Jian Huang; Hiroaki Ashida; Ryosuke Abe; Noriho Koyachi; Takashi HaradaThe 17th International Conference on Biomedical Engineering (ICBME2019) 2019/12
- 1軸回転可能な胸部支持パッド型歩行車によ る歩行計測と解析 [Not invited]蘆田 宏明; 阿部 凌輔; 黄 健; 小谷内範穗; 原田 孝第37回日本ロボット学会学術講演会(RSJ2019) 2019/09
- ロボット創成実習のための ライントレースロボットの試作 [Not invited]友國伸保; 黄健; 岡正人; 小谷内範穂; 柴田瑞穂; 田上将治日本機械学会ロボットメカトロニクス部門講演会'19, 2019/06
- 駆動型一軸回転可能な胸部支持パッドを有する歩行車の開発 [Not invited]蘆田宏明; 黄健; 小谷内範穂; 原田孝日本機械学会ロボットメカトロニクス部門講演会'19 2019/06
- Jian Huang; Hiroaki Ashida; Noriho Koyachi; Takashi Harada2019 IEEE the 5th International Conference on Mechatronics System and Robots (ICMSR 2019) 2019/05
- TOMOKUNI Nobuyasu; HUANG Jian; OKA Masato; KOYACHI Noriho; SHIBATA Mizuho; TAGAMI MasaharuThe Proceedings of JSME annual Conference on Robotics and Mechatronics (Robomec) 2019 The Japan Society of Mechanical Engineers
In this paper, a line-trace robot is described. This robot is applied for robot contest in the practicum class of creative challenge of robotics in department of robotics. Rules of the robot contest and lecture contents are confirmed by making this robot.
- 回転型胸部支持パッドを有する歩行車を用いた歩行運動の解析 [Not invited]蘆田宏明; 黄健; 小谷内範穂; 原田孝2018年日本ロボット学会学術講演会 2018/09
- Measurements of Walk Using a Rollator Having a Free Rotating Chest Pad [Not invited]HUANG Jian; KOYACHI Noriho2018年日本機械学会ロボットメカトロニクス部門講演会 2018/06
- Measurements of Walking Using a Newly Developed Rollator Having an Free Rotating Chest Pad Integrated with Multiple Sensors [Not invited]Huang, Jian; Koyachi Noriho日本機械学会ロボティクスメカトロニクス部門講演会2017 2017/05
- Evaluating the Assistance Effectiveness of a Newly Developed Rollator Mounted with a Freely Rotating Chest Support Pad [Not invited]Jian Huang; Noriho, KoyachiThe 2016 IEEE International Conference on Robotics and Biomimetics 2016 2016/12
- ウェアラブル3軸⼒感覚提⽰装置のトルク制御 [Not invited]小川大夢; 黄健第25回計測自動制御学会中国支部学術講演会論文集 2016/11
- 1軸フリー回転可能な胸部支持パッドを有するリフト型歩行車の設計と試作 [Not invited]黄健; 小谷内範穗第34回日本ロボット学会学術講演会 2016/09
- 回転機構付き胸部支持パッドを有する歩行車の歩行促進効果の評価 [Not invited]黄健; 小谷内範穂日本機械学会ロボティクス・メカトロニクス部門講演会 2016/06
- Evaluating the Assistant Effectiveness of a Walking Rollator Equipped with a Free Rotating Chest Support Mechanism [Not invited]Jian Huang; Noriho Koyachi; Naoki Miyanou-Healthcare 2015 2015/12
- 胸部回転機構付き介護リフト型歩行アシストによる歩行効果の評価 [Not invited]黄健; 宮野直樹; 小谷内範穂日本機械学会ロボティクス・メカトロニクス部門講演会 2015/05
- Dynamic Movement by Admittance Control of a Multi-Finger-Arm Robot with Munipulability Control of Fingers [Not invited]Yamada, D; Sano,Y; Hori, R; Huang, J; Yabuta, TIEEE/SICE International Symposium on System Integration 2013/12
- 持ち上げ運動中に力刺激を変更させる手法を用いた重さ知覚実験 [Not invited]松木優太; 和田一記; 友國伸保; 黄健日本機械学会ロボティクス・メカトロニクス部門講演会 2013/05
- Dynamic Movement by Admittance Control of a Multi-Finger-Arm Robot with Manipulability Control of Fingers [Not invited]D. Yamada; Y. Sano; R. Hori; J. Huang; T. Yabuta2013 IEEE/SICE INTERNATIONAL SYMPOSIUM ON SYSTEM INTEGRATION (SII) 2013 IEEE
Cooperative control algorithms for a redundant finger-arm robot were proposed in a previous study, based on the movement of the human hand-arm system. With these algorithms, the finger-arm robot arm was able to complete a constrained task by integrating admittance control and impedance control with the manipulability control of the fingers. The manipulability of the fingers was controlled using both an approximate global search (i.e., the top search method) and a local optimization method. However, the dynamic characteristics of these methods have not yet been studied. In this study, the conventional cooperative control algorithms were developed further by extending them to dynamic movement in the admittance control of a redundant multi-finger-arm robot with manipulability control of the fingers. We clarified the relationship between the feasibility of the virtual dynamics and the motion speed, as well as the range of the achievable virtual dynamics. This paper evaluates and discusses the proposed methods in terms of the finger manipulability control. The experimental results show that the algorithms responded to more dynamic movement, and a broader range of virtual dynamics was achievable. - Measurement of the Relationship between Weight Perception and Upper Limb Movement [Not invited]Huang, J; Tanino, T; Wada, K; Tomokuni, NThe 2012 IEEE International Conference on Robotics and Biomimetics 2012 2012/12
- Analysis of Eye Movement during Generation of a Trajectory using Human Upper Limb [Not invited]Toyoda; N; Yamamoto, R; Huang, J; Yabuta. TThe 2010 IEEE International Conference on Robotics and Biomimetics 2010/12
- Measurement of distance error in reaching movement of the human hand without using vision [Not invited]Jian Huang; Sho Kosaka; Yuuki Imamura; Tetsuro YabutaAnnual International Conference of the IEEE Engineering in Medicine and Biology - Proceedings 2007This paper deliberates the spatial cognitive ability of the moving distance of the human hand, which is measured by using motion capture. Before the movement begins, the subject is shown a standard length. Then, both horizontal and vertical blindfold hand movements were measured using the proposed protocol for six right handed subjects in order to investigate the cognitive ability of the moving distance of the human hand. The experimental results show that the average moving distances obtained in both directions were quite smaller than the standard length an inverse "V" pattern in percentage result was observed only in the horizontal movement. The experimental result also demonstrated an interesting relationship between the hand moving distance and manipulability of the upper limb. © 2007 IEEE.
- Emulating the Motion of a Human Upper Limb: Controlling a Finger-arm Robot by using the Manipulability of its Finger [Not invited]Huang, J; Quan, B.T; Harada, M; Yabuta, TThe 2006 IEEE International Conference on Robotics and Biomimetics (ROBIO 2006) 2006/12
- Study on Motion Forms of Mobile Robots Generated by Q-Learning Process Based on Reward Databases [Not invited]Hara, M; Inoue, M; Motoyama, H; Huang, J; Yabuta, TThe 2006 IEEE International Conference on Systems, Man and Cybernetics 2006/10
- Basic Study on Sensory Aspects of a Master/Slave System for Force Telecommunication [Not invited]Hara, M; Jung, Y; Huang, J; Yabuta, TThe 2006 IEEE/RSJ International Conference on Intelligent Robots and Systems 2006/08
- Study on Motion Forms of a Two-dimensional Mobile Robot by Using Reinforcement Learning [Not invited]Jung, Y; Inoue, M; Hara, M; Huang, J; Yabuta, TThe SICE-ICCAS International Joint Conference 2006 (Busan) 2006/08
- Study on motion forms of mobile robots generated by Q-Learning process based on reward databases [Not invited]Masayuki Hara; Masashi Inoue; Haruhisa Motoyama; Jian Huang; Tetsuro Yabuta2006 IEEE INTERNATIONAL CONFERENCE ON SYSTEMS, MAN, AND CYBERNETICS, VOLS 1-6, PROCEEDINGS 2006 IEEE
This paper investigates the motion forms of robots generated by the Q-Learning algorithm during the learning process. We analyzed the manner in which a caterpillar robot, which performs looping motions using two actuators, acquires advance actions by focusing on the process. By observing a series of processes, we confirmed that various motion forms appeared or disappeared as a result of their interactions with the learning process and approach an optimum motion form. In most algorithms, such motion forms cannot appear in the learning process because its framework is almost predetermined by the teacher data, and the cost functions for learning cannot be usually considered as a continuous process. The characteristics of reinforcement learning are very interesting from the viewpoint of biological evolution. This paper describes the effects of the interaction between the robot kinematics and the environment as a direct result of changing the environment. In addition, this study challenged the acquisition of two-dimensional motions with a starfish robot having four actuators. The result demonstrates that the robot can obtain a reasonable motion from the complicated relationships with the environment by skillfully employing its structure. Moreover, this paper implies that the reward manipulation may give a new insight for the learning process by the investigations performed in this study. This paper examines the possibility of the reward combinations for generating arbitrary motions. - Basic study on sensory aspects of a master/slave system for force telecommunication [Not invited]Masayuki Hara; Jian Huang; Young-Mi Jung; Tetsuro Yabuta2006 IEEE/RSJ International Conference on Intelligent Robots and Systems, Vols 1-12 2006 IEEE
The advancement of multimedia services including audio/visual media has been rapid. The applications of cellular phones, in particular, have increased by using these technologies. In addition, if force telecommunication were realized, force information would become a next leading factor in the multimedia service. In this field, a robotic master/slave system is a leading candidate. This system has been studied as a teleoperation system between an operator and an environment; the operator controls only the master device whereas the slave device is never controlled. For multimedia applications, such systems require flexibility and bidirectionatity because force telecommunication must consider the interactions between users. This paper details the fundamental issues of force communication from a viewpoint of human perception. With regard to the control system, this study uses an integrated hybrid control master/slave system that helps to find a key factor of equal bilateral force telecommunication in the sensory aspect. The employed system has a function to change the proportion of force display to position display by varying a weight parameter. We discuss the basic control performance of a force telecommunication system and evaluate qualitative feelings of users by using a psychological evaluation method. - Study on motion forms of a two-dimensional mobile robot by using reinforcement learning [Not invited]Youngmi Jung; Masashi Inoue; Masayuki Hara; Jian Huang; Tetsuro Yabuta2006 SICE-ICASE INTERNATIONAL JOINT CONFERENCE, VOLS 1-13 2006 IEEE
The main advantage of Reinforcement Learning is that it provides unexpected solutions for a designer. This study shows how a mobile robot can obtain unexpected motion forms by using Reinforcement Learning. Results show the the mobile robot with two-dimensional mobile ability can obtain unexpected motion forms for both advance motion and rotation motion. The mechanisms for these motions were investigated in order to understand how to obtain these motions. Moreover, since this system has a two-dimensional factor, this study examines the learning characteristic for the oblivion of the learning knowledge. In addition, this study examines the learning of the knowledge manipulation method to obtain new learning results with respect to the two-dimensional factor. - Analysis of Weight Perceptual Mechanism Based on Muscular Using Virtual Reality [Not invited]Hara, M; Higuchi,T; Ohtake, A; Huang, J; Yabuta, TThe 2005 IEEE International Conference on Systems, Man and Cybernetics 2005/10
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- Development of a treadmill for walk rehabilitation equipped with a rotatable chest supporting padJapan Society for the Promotion of Science:Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)Date (from‐to) : 2021/04 -2024/03Author : Jian Huang; Noriho Koyachi脳卒中患者のリハビリテーションとしてトレッドミルによる歩行訓練を行うという手法は臨床的に広く用いられてきたが、現行の歩行訓練機器のほとんどは利用者下肢部に注目し、下肢部の反復強制運動を行うものである。一方、申請者らはこれまでに1自由度回転機構付きの胸部支持パッドを有する歩行車を試作し、歩行運動の特徴を定量的に評価した。利用者は提案の歩行車で歩行する際に、胸部支持パッドの回転により利用者腰部のスイングが自然に引き出され、ベルトを介して足が引っ張られることによって利用者の歩行意欲の向上を図りながら、歩行のリズム感をつかめやすいという特徴がある。そこで本研究は、これまでの研究成果を活かして、回転型胸部支持パッドを有するトレッドミル型歩行訓練機の開発を行い、その効果を評価することを目的とする。 本年度は研究計画の初年度であり、まずハードウェアの設計製作を含めたシステムの開発に取り組む。従来の研究成果を参考しながら、身長180cm、体重100kgまでの人が利用可能な回転型胸部支持パッドとその周辺支持機構を設計・試作したのち、市販品のトレッドミルに取り付けることによって回転型支持パッドを有するトレッドミル歩行訓練機器のハードウェアを製作した。また、歩行中利用者の運動情報を測定するため、支持パッドへの圧力を測る力センサと、歩行者下肢部の運動を測定するゴニオメータなどのセンサを用いており、これらのセンサ情報を集計するための計測系を構築した。本年度の研究内容に係わる研究発表については、学術講演会で2件の発表実績があった。
- Japan Society for the Promotion of Science:Grants-in-Aid for Scientific Research Grant-in-Aid for Scientific Research (C)Date (from‐to) : 2018/04 -2021/03Author : Jian Huang; Noriho KoyachiIn this study, we developed a rollator with a motor-driven chest support pad that can actively assist walk and promote the walking motivation of users. The novel rollator is designed for users up to 180 cm in height and 100 kg in weight. Four force sensors are attached to the chest support pad to measure the body weight of the user during walk. The control system of the motor and sensor measurement system are synchronized, and cordless of external power supply for various devices are also realized. As a result of evaluating the assistant effect of the rollator, it was clarified by the power spectrum analysis that the rotation of the chest pad and the knee extension and ankle rotation angle are linked. The results of the correlation coefficient showed that the motion of the user's lower limbs was strongly associated with the rotation of the chest pad.
- 歩行促進機能を有するリフト型歩行アシストの開発支援国立研究開発法人 科学技術振興機構:マッチングプランナープログラムDate (from‐to) : 2015/10 -2016/09Author : 黄 健
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- 2018/04 -2020/03 Development of Novel Rollator with an Active Driving Chest Pad and Evaluation of its Effectiveness on Walking Assistance近畿大学学内研究助成金 21世紀研究開発奨励金(共同研究助成金) 【課題番号】KD201805 【研究内容】 下肢部の弱い高齢者の自立歩行を支援するため、様々な歩行支援機器が商品化されているが、利用者の歩行意欲の向上を積極的に図るものはない。申請者らは、これまでに1自由度フリー回転機構付きの胸部支持パッドを有する歩行車を試作し、歩行運動の特徴を定量的に評価した。利用者が歩行する際に、胸部支持パッドの回転により利用者腰部のスイングが自然に引き出され、ベルトを介して足が引っ張られることによって利用者の歩行意欲を促す。しかしながら、従来の胸部支持パッドの回転は受動的な機構であり、病気で足が踏み出せない高齢者には利用できない。そこで本研究は、利用者の歩行意欲を能動的に促進できる駆動型胸部支持パッドを有する歩行車を開発すると同時に、歩行バイオメカニクスの観点から歩行車補助効果の新しい評価手法を提案することを目的とする。