Updated on 2025/02/27

写真a

 
YAMAKITA MASAKI
 
Organization
School of Engineering Associate Professor
Title
Associate Professor
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Degree

  • Doctor of Engineering ( Tokyo Institute of Technology )

Research Areas

  • Manufacturing Technology (Mechanical Engineering, Electrical and Electronic Engineering, Chemical Engineering) / Control and system engineering

Education

  • Tokyo Institute of Technology   Science of Engineering

    - 1989

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    Country: Japan

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  • Tokyo Institute of Technology   Graduate School, Division of Engineering

    - 1989

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  • Tokyo Institute of Technology   School of Engineering

    - 1984

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    Country: Japan

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Research History

Professional Memberships

Books

  • Electroactive Polymers in Robotic Applications: Artificial Muscles and Sensors, Chap 8

    Springer  2007 

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  • Electroactive Polymers in Robotic Applications: Artificial Muscles and Sensors, Chap 8

    Springer  2007 

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  • Torward Robust State Transfer Control of TITech Double Pendulum

    The Astrom Symposium on Control  1999 

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  • Torward Robust State Transfer Control of TITech Double Pendulum

    1999 

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  • Torward Robust State Transfer Control of TITech Double Pendulum

    The Astrom Symposium on Control  1999 

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  • Tracking Control by Learning and Its Application to Semiconductor Diffusion Furnace Temperature Control

    In Telligent Control Systems  1996 

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  • A study on Model Reference Variable Control with Adaptive Sliding Surface

    Proc. of CDC'96  1996 

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  • Tracking Control by Learning and Its Application to Semiconductor Diffusion Furnace Temperature Control

    In Telligent Control Systems  1996 

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  • A study on Model Reference Variable Control with Adaptive Sliding Surface

    Proc. of CDC'96  1996 

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MISC

  • Controller Design of Acrobatic Turn via Wheelie for a Bicycle with a Balancer

    MASAKI YAMAKITA

    6   2010

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  • Controller Design of Acrobatic Turn via Wheelie for a Bicycle with a Balancer

    MASAKI YAMAKITA

    6   2010

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  • On Robot Control Theory

    YAMAKITA Masaki

    JRSJ   27 ( 4 )   370 - 374   2009

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    Language:Japanese   Publisher:The Robotics Society of Japan  

    DOI: 10.7210/jrsj.27.370

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    Other Link: https://jlc.jst.go.jp/DN/JALC/00331929629?from=CiNii

  • 非ガウス雑音を受ける領域拘束付き非線形システムの状態推定

    山北昌毅

    電気学会論文誌 C   129 ( 11 )   2050 - 2056   2009

  • UFK(Unscented Kalman Filter)とKFはどうちがうの?

    山北昌毅

    システム制御情報学会誌   53 ( 7 )   2009

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  • Creative Activitiy and International Exchange via IDC Robocon

    YAMAKITA Masaki

    Journal of Jsee   56 ( 3 )   113 - 117   2008

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    Language:Japanese   Publisher:Japanese Society for Engineering Education  

    DOI: 10.4307/jsee.56.3_113

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  • Integrated Design of IPMC Actuator/Sensor

    MASAKI YAMAKITA

    ( 7 )   2008

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  • Asymptotically Stable Gait Generation for Compass-like Biped Robot Based on Stability Principle of Rimless Wheel

    MASAKI YAMAKITA

    26 ( 4 )   51 - 62   2008

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  • Creative Activity and International Exchange via IDC Robocon

    MASAKI YAMAKITA

    56 ( 3 )   113 - 117   2008

  • Integrated Design of IPMC Actuator/Sensor

    MASAKI YAMAKITA

    ( 7 )   2008

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  • Asymptotically Stable Gait Generation for Compass-like Biped Robot Based on Stability Principle of Rimless Wheel

    ASANO Fumihiko, LUO Zhi-Wei, YAMAKITA Masaki

    JRSJ   26 ( 4 )   351 - 362   2008

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    Language:Japanese   Publisher:The Robotics Society of Japan  

    We investigated and identified the conditions necessary for asymptotically stable gait generation in compass-like biped robots from the mechanical energy balance point of view. The equilibrium point at impact in a dynamic gait is uniquely determined by two constraint conditions: keeping the restored mechanical energy constant and settling the relative hip-joint angle to the desired value just before impact. The generated bipedal gait with these two constraints then becomes asymptotically stable around the equilibrium point, as shown by a simple recurrence formula of the kinetic energy just before impact. We verified this stable gait generation method using numerical simulation of virtual passive dynamic walking. The result were compared with those for a rimless wheel and an inherent stability principle was derived. Furthermore, we derived a robust control law using a reference mechanical energy trajectory and demonstrated its effectiveness numerically. Finally, we discuss sufficient conditions for the gait stability in more general cases using an index function.

    DOI: 10.7210/jrsj.26.351

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    Other Link: https://jlc.jst.go.jp/DN/JALC/00314265096?from=CiNii

  • Doping effects on robotic systems with ionic polymer-metal composite actuators

    Norihiro Kamamichi, Masaki Yamakita, Takahiro Kozuki, Kinji Asaka, Zhi-Wei Luo

    ADVANCED ROBOTICS   21 ( 1-2 )   65 - 85   2007

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    Language:English   Publisher:TAYLOR & FRANCIS LTD  

    Ionic polymer-metal composite (IPMC) materials are one of the most promising electroactive polymer actuators for applications, and have good properties of response and durability. The characteristics of IPMC materials depend on the type of counter-ion. When applied to mechanical systems such as a robot, there exist possibilities to change the properties of the system dynamics by changing the counter-ions and system parameters according to the environment or purpose. We focus on this 'doping effect' property of the system and will verify the effect on robotic applications. In this paper, we consider dynamic walking of a small-sized biped robot and swimming motion of a snake-like robot, and demonstrate the doping effects by numerical simulations and experiments.

    Web of Science

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  • UKFって何?

    山北 武者

    システム制御情報学会   50 ( 6 )   2006

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  • Biped gait generation and control based on a unified property of passive dynamic walking

    F Asano, ZW Luo, M Yamakita

    IEEE TRANSACTIONS ON ROBOTICS   21 ( 4 )   754 - 762   2005.8

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    Language:English   Publisher:IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC  

    Principal mechanisms of passive dynamic walking are studied from the mechanical energy point of view, and novel gait generation and control methods based on passive dynamic walking are proposed. First, a unified property of passive dynamic walking is derived, which shows that the walking system's mechanical energy increases proportionally with respect to the position of the system's center of mass. This yields an interesting indeterminate equation that determines the relation between the system's control torques and its center of mass. By solving this indeterminate equation for the control torque, active dynamic walking on a level can then be realized. In addition, the applications to the robust energy referenced control are discussed. The effectiveness and control performances of the proposed methods have been investigated through numerical simulations.

    DOI: 10.1109/TRO.2005.847610

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  • Dynamic Gait Generation and Control based on Mechanical Energy Restoration

    Asano Fumihiko, Luo Zhi-Wei, Yamakita Masaki

    JRSJ   23 ( 7 )   821 - 830   2005

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    Language:Japanese   Publisher:The Robotics Society of Japan  

    Dynamic gait generation of legged robots can considered as a problem to generate limit cycles in a phase space from the mathematical point of view. One of the basic necessary conditions of dynamic walking is to restore the mechanical energy that is dissipated by an impact between the swing leg and the floor at the transition instant. Energy-effective dynamic gait generation then yields the problem on how to restore the mechanical energy effectively during the swing phase. This paper first unifies the gait generation methods proposed so far by introducing a variable virtual gravity concept and two solution formulas. Taking up the energy tracking control and virtual passive dynamic walking as two typical methods, the paper analyzes the control performances from the view of points of energy efficiency and robust stability through numerical simulations. The obtained results are evaluated based on some criterion, and the conditions for maximum efficiency are theoretically clarified. Throughout this paper, we aim to clarify mathematical principle of energy-effective dynamic walking.

    DOI: 10.7210/jrsj.23.821

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  • 拘束を考慮した人型ロボットの着地制御

    貞弘 山北

    シミュレーション学会論文誌   24 ( 2 )   143 - 150   2005

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  • 高階ストークス・ディラック構造, 計測自動制御学会論文誌

    西田 山北

    計測自動制御学会論文誌   41 ( 7 )   2005

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  • 無限次元ポートハミルトニアン系の外乱構造分解

    西田 山北

    計測自動制御学会   41 ( 10 )   2005

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  • A novel gait generation for biped walking robots based on mechanical energy constraint

    F Asano, M Yamakita, N Kamamichi, ZW Luo

    IEEE TRANSACTIONS ON ROBOTICS AND AUTOMATION   20 ( 3 )   565 - 573   2004.6

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    Language:English   Publisher:IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC  

    This paper proposes novel energy-based gait generation and control methods for biped robots based on an analysis of passive dynamic walking. First, we discuss the essence of dynamic walking using a passive walker on a gentle slope from the mechanical energy point of view. Second, we propose a simple and effective gait-generation method, which imitates the energy behavior in every walking cycle considering the zero-moment point condition and other factors of the active walker. The control strategy is formed by taking into account the features of mechanical energy dissipation and restoration. Following the proposed method, the robot can exhibit a natural and reasonable walk on a level ground without any gait planning and design in advance. The effectiveness of the method is examined through numerical simulations and experiments.

    DOI: 10.1109/TRA.2004.824685

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  • 3次元ヘビロボットの推進制御と先頭位置姿勢制御

    山北 山田

    日本ロボット学会論文誌   1 ( 22 )   61 - 67   2004

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  • Bio-Mimetic Control for Whole Arm Cooperative Manipulation

    F.Asano Z.Luo, M.Yamakita, K.Tahara, S.Hosoe

    Proc. of the IEEE Int. Conf. on Systems, Man and Cybernetics   2004

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  • Unification of Dynamic Gait Generation Methods via Variable Virtual Gravity and Its Control Performance Analysis

    F.Asano Z.Luo, M.Yamakita

    Proc. of IROS04   2004

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  • Development of an artificial muscle linear actuator using ionic polymer-metal composites

    Masaki Yamakita, Norihiro Kamamichi, Yasuaki Kaneda, Kinji Asaka, Zhi-Wei Luo

    Advanced Robotics   18 ( 4 )   383 - 399   2004

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    We are developing an artificial muscle linear actuator using ionic polymer-metal composites (IPMC) - electro-active polymers that bend in response to electric stimuli - and the goal of our study is applying the actuator to robotic applications, especially to a biped walking robot. In this paper, we will describe the structure of the actuator and an empirical model of the actuator which has two inputs and one output, and whose parameters are identified from input-output data. Based on the empirical model, basic experiments and position control of the linear actuator are demonstrated. Then, we consider walking control of a small-sized biped walking robot. In the application we assume that the developed actuators are connected both in series and in parallel to a joint of the walking robot so that the actuators supply enough torque to the robot, and that they are stretched and compressed enough. It is shown throughout simulations that the biped walking robot with the actuators can walk on level ground with a period synchronized with the period of the input signal.

    DOI: 10.1163/156855304773822473

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  • Bio-Mimetic Control for Whole Arm Cooperative Manipulation

    F.Asano Z.Luo, M.Yamakita, K.Tahara, S.Hosoe

    Proc. of the IEEE Int. Conf. on Systems, Man and Cybernetics   2004

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  • Unification of Dynamic Gait Generation Methods via Variable Virtual Gravity and Its Control Performance Analysis

    F.Asano Z.Luo, M.Yamakita

    Proc. of IROS04   2004

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  • Modeling and Control for Whole Arm Dynamic Cooperative Manipulation

    F.Asano Z.Luo, S.Hosoe, M.Yamakita

    Proc. of IROS04   2004

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  • Structure Decomposition for Disturbed Distributed-Parameter Port-Hamiltonian Systems

    G.Nishida M.Yamakita

    Proc. of CDC 2004   2004

  • Formation Control of SMC with Multiple Coordinate Systems

    M.Yamakita, T.Sito

    Proc. of IROS04   2004

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  • IPMC LINEAR ACTUATOR WITH RE-DOPING CAPABILITY AND ITS APPLICATION TO BIPED WALKING ROBOT

    M.Yamakita, N.Kamamichi, Y.Kaneda, K.Asaka Z.Luo

    Proc. of 3rd IFAC Symp. on Mechatornics Systems   2004

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  • Adaptive Desired Velocity Field Control for Cooperative Mobile Robots wiht Decentralized PVFC

    J.H.Suh, M.Yamakita, S.B.Kim

    JSME Int. Journal, Series C   47 ( 1 )   280 - 288   2004

  • Development of Collision-Free Formation Control for UAVs Based on Switching Scheme

    JONGUSUK Jurachart, MITA Tsutomu, YAMAKITA Masaki

    Transactions of the Institute of Systems, Control and Information Engineers   17 ( 1 )   26 - 38   2004

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    Language:English   Publisher:THE INSTITUTE OF SYSTEMS, CONTROL AND INFORMATION ENGINEERS (ISCIE)  

    In this paper, we develop two controllers to control simplified dynamic models of three unmanned aerial vehicles (UAVs) in formation. The formation control scheme is constructed in a hybrid system fashion, i.e., switching between two stable systems with state-dependent (collision-detection based) switching logic. Main Formation Controller (MFC) is designed based on Lyapunov direct method and integrator backstepping techniques playing the role of formation hold between two UAVs. Collision Avoidance Controller (CAC) gives benefit to the short range collision avoidance using polar coordinate instead of traditional relative model to capture motions between two UAVs. The proposed collision avoidance control uses the sliding mode control with better choices of sliding surfaces to effectively establish the desired collision avoidance behavior. Fusion of both controllers establishes stability and convergence to the reference formation by means of switching control. The numerical simulation results prove the validity of the proposed control scheme.

    DOI: 10.5687/iscie.17.26

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    Other Link: https://jlc.jst.go.jp/DN/JALC/00384762440?from=CiNii

  • A Higher Order Stokes-Dirac Structure for Distributed-Parameter Hamiltonian Systems

    G.Nishida M.Yamakita

    Proc. of ACC2004   2004

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  • Modeling and Control for Whole Arm Dynamic Cooperative Manipulation

    F.Asano Z.Luo, S.Hosoe, M.Yamakita

    Proc. of IROS04   2004

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  • Comparative Study of Simultaneous Parameter-State Estimations

    M.Yamakita, Y.Musha G.Kinoshita

    Proc. of CCA 2004   2004

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  • Some Extensions of Passive Walking Formula to Active Biped Robot

    F.Asano Z.Luo, M.Yamakita

    Proc. of the IEEE Int. Conf. on Robotics and Automation   2004

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  • A Higher Order Stokes-Dirac Structure for Distributed-Parameter Hamiltonian Systems

    G.Nishida M.Yamakita

    Proc. of ACC2004   2004

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  • Some Extensions of Passive Walking Formula to Active Biped Robots

    F.Asano Z.Luo, M.Yamakita

    Proc. of ICRA 2004   2004

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  • Structure Decomposition for Disturbed Distributed-Parameter Port-Hamiltonian Systems

    G.Nishida M.Yamakita

    Proc. of CDC 2004   2004

  • Formation Control of SMC with Multiple Coordinate Systems

    M.Yamakita, T.Sito

    Proc. of IROS04   2004

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  • IPMC LINEAR ACTUATOR WITH RE-DOPING CAPABILITY AND ITS APPLICATION TO BIPED WALKING ROBOT

    M.Yamakita, N.Kamamichi, Y.Kaneda, K.Asaka Z.Luo

    Proc. of 3rd IFAC Symp. on Mechatornics Systems   2004

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  • Yet Another Fractal in Pendulum Systems

    M.Yamakita, T.Yonemura

    Proc. of 3rd IFAC Symp. on Mechatornics Systems   2004

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  • Gait Generation and Control for Biped Robots Based on Passive Dynamic Walking

    ASANO Fumihiko, LUO Zhi-Wei, YAMAKITA Masaki

    JRSJ   22 ( 1 )   130 - 139   2004

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    Language:Japanese   Publisher:The Robotics Society of Japan  

    This paper studies basic mechanisms of passive dynamic walking from the mechanical energy point of view, and proposes novel gait generation and control methods based on the passive dynamic walking. Firstly, we show the uniform property of passive dynamic walking that, the walking system's mechanical energy increases proportionally with respect to the position of the system's center of gravity, which results in an interesting indeterminate equation that determines the relation between the system's control torques and its center of gravity. We then show that active dynamic walking on a level can be realized by solving this equation for the control torques. Furthermore, the applications to robust energy referenced control, as well as the extension for controlling a kneed biped system are discussed. The effectiveness of the proposed methods have been investigated through numerical simulations.

    DOI: 10.7210/jrsj.22.130

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    Other Link: https://jlc.jst.go.jp/DN/JALC/00235657116?from=CiNii

  • Some Extensions of Passive Walking Formula to Active Biped Robots

    F.Asano Z.Luo, M.Yamakita

    Proc. of ICRA 2004   2004

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  • Adaptive Desired Velocity Field Control for Cooperative Mobile Robots wiht Decentralized PVFC

    J.H.Suh, M.Yamakita, S.B.Kim

    JSME Int. Journal, Series C   47 ( 1 )   280 - 288   2004

  • Development of Collision-Free Formation Control for UAVs based on Switching Scheme

    J.Jongusuk, T.Mita, M.Yamakita

    Trans. of ISCIE   17 ( 1 )   26 - 38   2004

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    Language:English   Publisher:THE INSTITUTE OF SYSTEMS, CONTROL AND INFORMATION ENGINEERS (ISCIE)  

    In this paper, we develop two controllers to control simplified dynamic models of three unmanned aerial vehicles (UAVs) in formation. The formation control scheme is constructed in a hybrid system fashion, i.e., switching between two stable systems with state-dependent (collision-detection based) switching logic. Main Formation Controller (MFC) is designed based on Lyapunov direct method and integrator backstepping techniques playing the role of formation hold between two UAVs. Collision Avoidance Controller (CAC) gives benefit to the short range collision avoidance using polar coordinate instead of traditional relative model to capture motions between two UAVs. The proposed collision avoidance control uses the sliding mode control with better choices of sliding surfaces to effectively establish the desired collision avoidance behavior. Fusion of both controllers establishes stability and convergence to the reference formation by means of switching control. The numerical simulation results prove the validity of the proposed control scheme.

    DOI: 10.5687/iscie.17.26

    CiNii Books

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    Other Link: https://jlc.jst.go.jp/DN/JALC/00384762440?from=CiNii

  • Development of an artificial muscle linear actuator using ionic polymer-metal composites

    M Yamakita, N Kamamichi, Y Kaneda, K Asaka, ZW Luo

    ADVANCED ROBOTICS   18 ( 4 )   383 - 399   2004

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    Language:English   Publisher:TAYLOR & FRANCIS LTD  

    We are developing an artificial muscle linear actuator using ionic polymer-metal composites (IPMC)-electro-active polymers that bend in response to electric stimuli-and the goal of our study is applying the actuator to robotic applications, especially to a biped walking robot. In this paper, we will describe the structure of the actuator and an empirical model of the actuator which has two inputs and one output, and whose parameters are identified from input-output data. Based on the empirical model, basic experiments and position control of the linear actuator are demonstrated. Then, we consider walking control of a small-sized biped walking robot. In the application we assume that the developed actuators are connected both in series and in parallel to a joint of the walking robot so that the actuators supply enough torque to the robot, and that they are stretched and compressed enough. It is shown throughout simulations that the biped walking robot with the actuators can walk on level ground with a period synchronized with the period of the input signal.

    DOI: 10.1163/156855304773822473

    Web of Science

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  • Yet Another Fractal in Pendulum Systems

    M.Yamakita, T.Yonemura

    Proc. of 3rd IFAC Symp. on Mechatornics Systems   2004

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  • Comparative Study of Simultaneous Parameter-State Estimations

    M.Yamakita, Y.Musha G.Kinoshita

    Proc. of CCA 2004   2004

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  • Some Extensions of Passive Walking Formula to Active Biped Robot

    F.Asano Z.Luo, M.Yamakita

    Proc. of the IEEE Int. Conf. on Robotics and Automation   2004

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  • Control of Locomotion and Head Configuration of 3D Snake Robot (SMA)

    M.Yamakita e

    Proc. of ICRA03   2003

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  • Landing Control of Acrobat Robot Satisfying Various Constraints

    T.Sadahiro, M.Yamakita

    Proc. of ICRA03   2003

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  • Analysis of Formation Control of Cooperative Transportation of Mother Ship by SMC

    M.Yamakita e

    Proc. of ICRA03   2003

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  • Development of Artificial Muscle Actuator Using Ionic Polymer with its Application to Biped Walking Robots

    M.Yamakita

    Proc. of SPIE   2003

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  • Development of Artificial Muscle Actuator Using Ionic Polymer with its Application to Biped Walking Robots

    M.Yamakita

    Proc. of SPIE   2003

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  • Dynamic Modeling and Control for Whole Body Manipulation

    F.Asano et

    Proc. of IROS03   2003

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  • Control of Locomotion and Head Configuration of 3D Snake Robot (SMA)

    M.Yamakita e

    Proc. of ICRA03   2003

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  • Motion Control for Rubust Landing of Acrobat Robot (SMB)

    M.Yamakita e

    Proc. of IROS03   2003

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  • Motion Control for Rubust Landing of Acrobat Robot (SMB)

    M.Yamakita e

    Proc. of IROS03   2003

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  • An Unified Formulation and Solution to Gait Generation Problems Based on Passive Dynamic Walking

    F.Asano M.Yamakita e

    Proc. of CLAWAR 2003   2003

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  • Landing Control of Acrobat Robot Satisfying Various Constraints

    T.Sadahiro, M.Yamakita

    Proc. of ICRA03   2003

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  • Analysis of Formation Control of Cooperative Transportation of Mother Ship by SMC

    M.Yamakita e

    Proc. of ICRA03   2003

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  • An Unified Formulation and Solution to Gait Generation Problems Based on Passive Dynamic Walking

    F.Asano M.Yamakita e

    Proc. of CLAWAR 2003   2003

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  • Dynamic Modeling and Control for Whole Body Manipulation

    F.Asano et

    Proc. of IROS03   2003

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  • A Novel Gait Generation for Biped Walking Robots Based on Mechanical Energy Constraints

    F.Asano M.Yamakita

    Proc. of IROS'02   2002

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  • A Novel Gait Generation for Biped Walking Robots Based on Mechanical Energy Constraints

    F.Asano M.Yamakita

    Proc. of IROS'02   2002

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  • A LQG controller design for linear continuous-time systems based on input-output data

    M.Iwase, M.Yamakita, K.Furuta

    Proc. of IFAC Congress 2002   2002

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  • Stabilization of Acrobat Robot in Upright Position on a Horizontal Bar

    M.Yamakita, T.Yonemura

    Proc. of ICRA02   2002

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  • A Study on Adaptive Desired Velocity Field Generation for Leader-Follower Type Cooperative 3-Wheeled Mobile Robots with Decentralized PVFC

    J.S.Suh, M. Yamakita

    Trans. of ISCIE   15 ( 9 )   459 - 468   2002

  • A LQG controller design for linear continuous-time systems based on input-output data

    M.Iwase, M.Yamakita, K.Furuta

    Proc. of IFAC Congress 2002   2002

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  • Stabilization of Acrobat Robot in Upright Position on a Horizontal Bar

    M.Yamakita, T.Yonemura

    Proc. of ICRA02   2002

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  • A Study on Adaptive Desired Velocity Field Generation for Leader-Follower Type Cooperative 3-Wheeled Mobile Robots with Decentralized PVFC

    J.S.Suh, M. Yamakita

    Trans. of ISCIE   15 ( 9 )   459 - 468   2002

  • Virtual Gravity and Coupling Control for Robotic Gait Synthesis

    F. Asano, M.Yamakita

    IEEE Trans. on SMC: Part A   31 ( 6 )   737 - 745   2002

  • アクロバットロボットの振り上げ倒立制御と特異点問題

    南 美多 山

    日本ロボット学会誌   2 ( 2 )   2002

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  • Virtual gravity and coupling control for robotic gait synthesis

    Fumihiko Asano, Masaki Yamakita

    IEEE Transactions on Systems, Man, and Cybernetics Part A:Systems and Humans.   31 ( 6 )   737 - 745   2001.11

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    Language:English   Publishing type:Rapid communication, short report, research note, etc. (scientific journal)  

    In our previous works, we have proposed "virtual passive dynamic walking" with virtual gravity for biped robots in order to realize active walking on the level ground without any gait design in advance. In this paper we discuss some control problems of a kneed biped robot and propose "modified compass-like virtual passive dynamic walking" with active knee-lock algorithms in order to avoid "foot scuffing" problem during the single support phase. Furthermore, a virtual coupling control law is proposed which can realize variable walking pattern with respect to the robot's energy levels. By the effect of the control law, the robot which is a hybrid dynamical system can be regarded as a passive system which does not include any collisions, and variable walking pattern can be realized without loss of properties of a virtual passive walk. The validity of the proposed methods has been examined by numerical simulations.

    DOI: 10.1109/3468.983431

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  • Periodic Stabilazing Control Considering Collisions- Application to Walking Robots -

    H.Ohata M.Yamakita

    Proc. of IROS'0   2001

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  • Extended Virtual Passive Dynamic Walking and Virtual Passivity-mimicking Control Laws

    F. Asano, M.Hashimoto, N.Kamamichi, M.Yamakita

    Proc. of ICRA'01   2001

  • Active Knee-Lock Algorithms and Virtual Coupling Control for Variable Walking Pattern of a Kneed Biped

    ASANO Fumihiko, YAMAKITA Masaki

    Transactions of the Institute of Systems, Control and Information Engineers   14 ( 11 )   545 - 553   2001

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    Language:Japanese   Publisher:THE INSTITUTE OF SYSTEMS, CONTROL AND INFORMATION ENGINEERS (ISCIE)  

    In our previous works, we have proposed "virtual passive dynamic walking" with virtual gravity for biped robots in order to realize active walking on the level ground without any gait design in advance. In this paper we discuss some control problems of a kneed biped robot and propose "modified compass-like virtual passive dynamic walking" with active knee-lock algorithms in order to avoid "foot scuffing" problem during the single support phase. Furthermore, a virtual coupling control law is proposed which can realize variable walking pattern with respect to the robot's energy levels. By the effect of the control law, the robot which is a hybrid dynamical system can be regarded as a passive system which does not include any collisions, and variable walking pattern can be realized without loss of properties of a virtual passive walk. The validity of the proposed methods has been examined by numerical simulations.

    DOI: 10.5687/iscie.14.545

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    Other Link: https://jlc.jst.go.jp/DN/JALC/00384760095?from=CiNii

  • An Adaptive Learning Control and Its Application of Vibration Isolation System

    M. Iwase, M, Yamakita, Y. Maruta, H. Yamazoe

    Asian Journal of Control   2001

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  • Passive to Active Dynamic Walking

    H.Ohta M.Yamakita, K Furuta

    Int. J. Robust Nonlinear Control   11 ( 3 )   287 - 303   2001

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  • Giant swing via forward upward circling of the Acrobat-robot

    Y.Michitsuji, H.Sato, M.Yamakita

    Proc. of ACC'01   2001

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  • Trajectory tracking control by an adaptive iterative learning control with artificial neural networks

    M.Yamakita

    Proc. of ACC'01   2001

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  • Adaptive Generation of Desired Velocity Field for Leader-Follower Type Cooperative Mobile Robots with Decentralized PVFC

    Masaki Yamakita Jin-Ho Suh

    Proc. of ICRA'01   2001

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  • Extended PVFC with Variable Velocity Fields for Kneed Biped

    M. Yamakita, F. Asano

    Advanced Robotics   15 ( 2 )   139/168   2001

  • Adaptive Generation of Desired Velocity Field for Leader-Follower Type Cooperative Mobile Robots with Decentralized PVFC

    Masaki Yamakita Jin-Ho Suh

    Proc. of ICRA'01   2001

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  • Extended Virtual Passive Dynamic Walking and Virtual Passivity-mimicking Control Laws

    F. Asano, M.Hashimoto, N.Kamamichi, M.Yamakita

    Proc. of ICRA'01   2001

  • An Adaptive Learning Control and Its Application of Vibration Isolation System

    M. Iwase, M, Yamakita, Y. Maruta, H. Yamazoe

    Asian Journal of Control   2001

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  • Passive to Active Dynamic Walking

    H.Ohta M.Yamakita, K Furuta

    Int. J. Robust Nonlinear Control   11 ( 3 )   287 - 303   2001

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  • Giant swing via forward upward circling of the Acrobat-robot

    Y.Michitsuji, H.Sato, M.Yamakita

    Proc. of ACC'01   2001

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  • Trajectory tracking control by an adaptive iterative learning control with artificial neural networks

    M.Yamakita

    Proc. of ACC'01   2001

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  • Extended PVFC with Variable Velocity Fields for Kneed Biped

    M. Yamakita, F. Asano

    Advanced Robotics   15 ( 2 )   139/168   2001

  • Virtual Coupling Control and Its Application to Biped Walking Robots

    M.Yamakita, F.Asano N.Kamamichi

    Proc. of IROS'01   2001

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  • Periodic Stabilazing Control Considering Collisions- Application to Walking Robots -

    H.Ohata M.Yamakita

    Proc. of IROS'0   2001

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  • Virtual gravity and coupling control for robotic gait synthesis

    F. Asano, M. Yamakita

    Proc. of 1st ISHF   2001

  • Virtual gravity and coupling control for robotic gait synthesis

    F. Asano, M. Yamakita

    Proc. of 1st ISHF   2001

  • Virtual Coupling Control and Its Application to Biped Walking Robots

    M.Yamakita, F.Asano N.Kamamichi

    Proc. of IROS'01   2001

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  • Adaptive ANN Control of Robot Arm Using a Structure of Lagrange Equation

    Trans. of SICE   36 ( 8 )   726 - 728   2000

  • Decentralized PVFC for Cooperative Mobile Robots

    M.Yamakita, J.H.Suh, K.Hashiba

    Trans. IEE of Japan   120 ( 10 )   1485 - 1491   2000

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  • Jumping Cat Robot with Kicking a Wall

    MASAKI YAMAKITA

    Proc. of AMAM   2000

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  • PWM-Type Discrete VSS Controller for On/Off Acutator Systems

    MASAKI YAMAKITA

    Prof. of CDC'00   2000

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  • An Adaptive Learnig Control and Its Application to Vibration Isolation Systems

    MASAKI YAMAKITA

    Proc. of Asian Control Conference   1558/1563   2000

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  • Passive velocity field control of biped walking robot

    MASAKI YAMAKITA

    proc. of IEEE Int. Conf. on Robotics and Automation   2000

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  • Extended PVFC with variable velocity fields for kneed biped

    MASAKI YAMAKITA

    Proc. of the first IEEE-RAS Int. Conf. on Humanoid Robots   2000

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  • Swing up of inverted pendulum using vibrational input

    MASAKI YAMAKITA

    Proc. of CCA'00   2000

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  • Adaptive Generation of Desired Velocity Field for Cooperative Mobile Robots with Decentralized PVFC

    MASAKI YAMAKITA

    Proc. of IROS'00   2000

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  • Comparison of Output Feedback Controls Using ANN for Mechanical Systems

    MASAKI YAMAKITA

    Proc. of IECON'00   2000

  • Extended PVFC with variable velocity fields for kneed biped

    MASAKI YAMAKITA

    Proc. of the first IEEE-RAS Int. Conf. on Humanoid Robots   2000

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  • Swing up of inverted pendulum using vibrational input

    MASAKI YAMAKITA

    Proc. of CCA'00   2000

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  • Adaptive Generation of Desired Velocity Field for Cooperative Mobile Robots with Decentralized PVFC

    MASAKI YAMAKITA

    Proc. of IROS'00   2000

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  • Design of Functional Observer in Input-Output Relation

    MASAKI YAMAKITA

    Trans. of SICE   37 ( 1 )   44/49 - 49   2000

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    Language:English   Publisher:The Society of Instrument and Control Engineers  

    In this paper, an exact reconstruction of the state is shown to be done using a finite past input-output data. This means that the input-output relation of the reconstruction system is given, which is named as the reconstructor, and it is shown to be a finite settling observer. A transfer function of the linear functional observer is obtained by the similar method to the reconstructor design.

    DOI: 10.9746/sicetr1965.37.44

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  • Decentralized PVFC for Cooperative Mobile Robots

    MASAKI YAMAKITA

    Trans. IEE of Japan   Vol. 120-C ( 10 )   1485/1491   2000

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  • A New Scheme of Nonlinear Continuous System Identification Using Radial Basis Function Networks

    MASAKI YAMAKITA

    Trans. IEE of Japan   120-C ( 8 )   726/728   2000

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  • Comparison of Output Feedback Controls Using ANN for Mechanical Systems

    MASAKI YAMAKITA

    Proc. of IECON'00   2000

  • An Adaptive Learnig Control and Its Application to Vibration Isolation Systems

    MASAKI YAMAKITA

    Proc. of Asian Control Conference   1558/1563   2000

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  • Passive velocity field control of biped walking robot

    MASAKI YAMAKITA

    proc. of IEEE Int. Conf. on Robotics and Automation   2000

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  • Control Education Using Pendulum Apparatus

    MASAKI YAMAKITA

    Trans. on Control, Automation and Systems Eng.   2 ( 3 )   157/162   2000

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  • Jumping Cat Robot with Kicking a Wall

    MASAKI YAMAKITA

    Proc. of AMAM   2000

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  • PWM-Type Discrete VSS Controller for On/Off Acutator Systems

    MASAKI YAMAKITA

    Prof. of CDC'00   2000

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  • Design of Functional Observer in Input-Output Relation

    SUZUKI Tomomi, FURUTA Katsuhisa, YAMAKITA Masaki

    Transactions of the Society of Instrument and Control Engineers   37 ( 1 )   44/49 - 49   2000

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    Language:English   Publisher:The Society of Instrument and Control Engineers  

    In this paper, an exact reconstruction of the state is shown to be done using a finite past input-output data. This means that the input-output relation of the reconstruction system is given, which is named as the reconstructor, and it is shown to be a finite settling observer. A transfer function of the linear functional observer is obtained by the similar method to the reconstructor design.

    DOI: 10.9746/sicetr1965.37.44

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  • Decentralized PVFC for Cooperative Mobile Robots

    MASAKI YAMAKITA

    Trans. IEE of Japan   Vol. 120-C ( 10 )   1485/1491   2000

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  • ラグランジュ方程式の構造に着目したANNを用いたロボッアームの制御

    山北昌毅

    計測自動制御学会論文誌   36 ( 8 )   726/728   2000

  • A New Scheme of Nonlinear Continuous System Identification Using Radial Basis Function Networks

    MASAKI YAMAKITA

    Trans. IEE of Japan   120-C ( 8 )   726/728   2000

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  • Control Education Using Pendulum Apparatus

    MASAKI YAMAKITA

    Trans. on Control, Automation and Systems Eng.   2 ( 3 )   157/162   2000

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  • ラグランジュ方程式の構造に着目したANNを用いたロボットアームの制御

    山北昌毅, 佐藤隆志, 岩田高明

    計測自動制御学会論文誌   36 ( 8 )   726 - 728   2000

  • Decentralized PVFC for Cooperative Mobile Robots

    M.Yamakita, J.H.Suh, K.Hashiba

    Trans. IEE of Japan   120 ( 10 )   1485 - 1491   2000

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  • Stabilization of a Limit Cycle in TITech Double Pendulum

    M. Yamakita, K. Furuta

    proc. of IFAC'99   1999

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  • Improved Continuation Method Controller for PWM Systems: An Experimental Case Study

    MASAKI YAMAKITA

    Asian Journal of Control   1 ( 1 )   35/41   1999

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  • Control Practice Using Pendulums,

    MASAKI YAMAKITA

    ACC'99.   1999

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  • Tele-Bilateral Impedance Control for Master-Slave Systems

    YAMAKITA Masaki, NEGI Masaru, ITO Koji

    Transactions of the Society of Instrument and Control Engineers   35 ( 3 )   370 - 377   1999

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    With an increase of needs of tele-operation in several applications, e.g., deep sea or space exploration and tele-surgery, many researchers studied bilateral master-slave tele-operator systems especially after a novel and simple method using a scattering transformation to overcome the instability due to transmission delays was proposed. In this paper we propose a bilateral master-slave manipulator system in which the slave impedance can be adjusted by an operator in a bilateral fashion. The stability of the system for the time delay is also discussed, and the effectiveness of the system is shown by experiments.

    DOI: 10.9746/sicetr1965.35.370

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  • Robot Motion Control by MaTX/RtMatX

    MASAKI YAMAKITA

    proc. CACSD'99   1999

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  • Stabilization of a Limit Cycle in TITech Double Pendulum,

    MASAKI YAMAKITA

    proc. of IFAC'99   1999

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  • Output feedback control for PWM systems: online continuation method approach

    MASAKI YAMAKITA

    proc. ACC'99   1999

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  • Adaptive ANN control of robot arm using structure of Lagrange equation

    MASAKI YAMAKITA

    ACC'99   1999

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  • Stabilization of a Limit Cycle in TITech Double Pendulum,

    MASAKI YAMAKITA

    proc. of IFAC'99   1999

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  • From passive to active dynamic walking

    MASAKI YAMAKITA

    Proc. of CDC'99   1999

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  • Motion Generation of Robotic Systems Using Finite Automaton Based on Gradient Flow

    M. Yamakita, T. Sumiya

    Proc. of SMC'99   VI-914-917   1999

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  • Adaptive ANN Control of Robot Arm using Structure of Lagrange Equation

    M. Yamakita, T. Satoh

    Proc. ACC'99   2834 - 2836   1999

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  • Control Practice using Pendulums

    M. Yamakita, T. Hishino, K. Furuta

    Proc. ACC'99   490 - 494   1999

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  • Output feedback control for PWM systems: online continuation method approach

    MASAKI YAMAKITA

    proc. ACC'99   1999

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  • Adaptive ANN control of robot arm using structure of Lagrange equation

    MASAKI YAMAKITA

    ACC'99   1999

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  • Control Practice Using Pendulums,

    MASAKI YAMAKITA

    ACC'99.   1999

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  • Tele-Bilateral Impedance Control for Master-Slave Systems

    M.Yamakita, M.Negi K.Ito

    Trans. of the SICE   35 ( 3 )   370 - 377   1999

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    Language:English   Publisher:The Society of Instrument and Control Engineers  

    With an increase of needs of tele-operation in several applications, e.g., deep sea or space exploration and tele-surgery, many researchers studied bilateral master-slave tele-operator systems especially after a novel and simple method using a scattering transformation to overcome the instability due to transmission delays was proposed. In this paper we propose a bilateral master-slave manipulator system in which the slave impedance can be adjusted by an operator in a bilateral fashion. The stability of the system for the time delay is also discussed, and the effectiveness of the system is shown by experiments.

    DOI: 10.9746/sicetr1965.35.370

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    Other Link: https://jlc.jst.go.jp/DN/JALC/00059949664?from=CiNii

  • orward Robust State Transfer Control of TITech Double Pendulum

    M. Yamakita, K. Furuta

    The Astrom Symposium on Control, ed. B. Wittenmark and A. Rantzer, Studentlitteratur   73 - 96   1999

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  • Robot Motion Control by MaTX/RtMatX

    MASAKI YAMAKITA

    proc. CACSD'99   1999

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  • Adaptive ANN Control of Robot Arm using Structure of Lagrange Equation

    M. Yamakita, T. Satoh

    Proc. ACC'99   2834 - 2836   1999

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  • Control Practice using Pendulums

    M. Yamakita, T. Hishino, K. Furuta

    Proc. ACC'99   490 - 494   1999

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  • orward Robust State Transfer Control of TITech Double Pendulum

    M. Yamakita, K. Furuta

    The Astrom Symposium on Control, ed. B. Wittenmark and A. Rantzer, Studentlitteratur   73 - 96   1999

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  • Stabilization of a Limit Cycle in TITech Double Pendulum

    M. Yamakita, K. Furuta

    proc. of IFAC'99   1999

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  • From passive to active dynamic walking

    MASAKI YAMAKITA

    Proc. of CDC'99   1999

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  • Motion Generation of Robotic Systems Using Finite Automaton Based on Gradient Flow

    M. Yamakita, T. Sumiya

    Proc. of SMC'99   VI-914-917   1999

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  • Improved Continuation Method Controller for PWM Systems: An Experimental Case Study

    MASAKI YAMAKITA

    Asian Journal of Control   1 ( 1 )   35/41   1999

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  • A System Structure with Trajectory Planning and Control for Robotic Dynamic Manipulation

    MASAKI YAMAKITA

    Advanced Robotics   11 ( 7 )   695 - 712   1998

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  • Passive Velocity Field Controlを用いた複腕協調制御

    山北昌毅

    電気学会論文誌 C分冊   66/74   1998

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  • Online continuation method controller for PWM systems

    MASAKI YAMAKITA

    Proc. of CDC'98   1998

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  • An Application of Passive Velocity Field Control to Cooperative Multiple 3-Wheeled Mobile Robots

    MASAKI YAMAKITA

    Proc. of IROS'98   1998

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  • Online continuation method controller for PWM systems

    MASAKI YAMAKITA

    Proc. of CDC'98   1998

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  • An Application of Passive Velocity Field Control to Cooperative Multiple 3-Wheeled Mobile Robots

    MASAKI YAMAKITA

    Proc. of IROS'98   1998

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  • Decentralized Cooperative Controller for Multiple Robotic Systems Based on Passivity Velocity Field Control

    MASAKI YAMAKITA

    Proc. ISIAC'98   1998

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  • A System Structure with Trajectory Planning and Control for Robotic Dynamic Manipulation

    MASAKI YAMAKITA

    Advanced Robotics   11 ( 7 )   695 - 712   1998

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  • Decentralized Cooperative Controller for Multiple Robotic Systems Based on Passivity Velocity Field Control

    MASAKI YAMAKITA

    Proc. ISIAC'98   1998

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  • 未知の柔軟対象物に対する接触作業のためのマニピュレータのゲインスケジュール制御

    山北昌毅

    システム制御情報学会論文集   10 ( 5 )   236 - 241   1997

  • Dynamic Position/Force Control of Manipulators for Contact Tasks on Unknown Flexible Plate

    WU Jianquing, LUO Zhiwei, YAMAKITA Masaki, ITO Koji

    Transactions of the Japan Society of Mechanical Engineers. Series C.   63 ( 607 )   937 - 944   1997

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    Language:Japanese   Publisher:The Japan Society of Mechanical Engineers  

    In this paper we study the performance of contact tasks by a robot manipulator on flexible objects. The flexible object's distributed parameter model is approximated as a lumped "position state-varying" model. By using nonlinear feedback compensation, the robot's control space is decomposed into the position control subspace and the object's force control subspace. An optimal state feedback is designed for the position loop, and the robot's contact force is controlled using model-reference simple adaptive control. Experiments using a PUMA robot interacting with an aluminum plate show the effectiveness of this control approach.

    DOI: 10.1299/kikaic.63.937

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  • An Extension of Passive Velocity Field Control to Cooperative Multiple Manipulator Systems

    MASAKI YAMAKITA

    proc. of IROS'97   11/16   1997

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  • An Extension of Passive Velocity Field Control to Cooperative Multiple Manipulator Systems

    MASAKI YAMAKITA

    proc. of IROS'97   11/16   1997

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  • Impedance Control of Robot Manipulators using Euler Parameters

    MASAKI YAMAKITA

    Proc. of CDC'96   1964 - 1966   1996

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  • Potential Field Representation of Environment Model and Its Application to Robot's Force/Position Hybrid Control

    MASAKI YAMAKITA

    Proc. of ETFA'96   316 - 321   1996

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  • 適応スライディング面によるモデル規範型可変構造制御に関する研究

    山北昌毅

    計測自動制御学会論文集   32 ( 5 )   689 - 698   1996

  • Impedance Control of Robot Manipulators using Euler Parameters

    MASAKI YAMAKITA

    Proc. of CDC'96   1964 - 1966   1996

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  • 三輪車の動的制御でヒューマンオペレーション

    山北昌毅

    電気学会論文誌C分冊   116-C   66 - 74   1996

  • Adaptive hybrid control of manipulators on uncertain flexible objects

    JQ Wu, ZW Luo, M Yamakita, K Ito

    ADVANCED ROBOTICS   10 ( 5 )   469 - 485   1996

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    Language:English   Publisher:TAYLOR & FRANCIS LTD  

    This paper presents an adaptive hybrid control approach for a robot manipulator to interact with its flexible object. Because of its flexibility, the object dynamics influence the robot's control system, and since it is usually a distributed parameter system, the object dynamics as seen from the robot change when the robot moves. The problem becomes further complicated such that it is difficult to decompose the robot's position and contact force control loops. In this paper, we approximate the object's distributed parameter model into a lumped 'position state-varying' model. Then, by using the well-known nonlinear feedback compensation, we decompose the robot's control space into a position control subspace and object torque control subspace. We design the optimal state feedback for the position control loop and control the robot's contact force through controlling the resultant torque of the object. We use the model-reference simple adaptive control strategy to control the torque control loop. We also study the problem on how to select a reasonable reference model for this control loop. Experiments of a PUMA robot interacting with an aluminum beam show the effectiveness of our approach.

    DOI: 10.1163/156855396X00174

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  • Model Following Control on an Adaptive Sliding Surface for a Class of Plants with Unmatched Parametric Uncertainties

    MASAKI YAMAKITA

    3510/3515   1996

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  • Adaptive Hybrid Control for a Robot Manipulators Interacting with Uncertain Flexible Environments

    MASAKI YAMAKITA

    Proc. of 13th IFAC world congress   1996

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  • マッチング条件とみたさないパラメータ不確定性をもつクラスのプラントに対する適応スライディング面に基づいたモデル追従制御

    山北昌毅

    計測自動制御学会論文集   32 ( 5 )   663 - 671   1996

  • Model Following Control on an Adaptive Sliding Surface for a Class of Plants with Unmatched Parametric Uncertainties

    MASAKI YAMAKITA

    3510/3515   1996

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  • Adaptive Hybrid Control for a Robot Manipulators Interacting with Uncertain Flexible Environments

    MASAKI YAMAKITA

    Proc. of 13th IFAC world congress   1996

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  • Potential Field Representation of Environment Model and Its Application to Robot's Force/Position Hybrid Control

    MASAKI YAMAKITA

    Proc. of ETFA'96   316 - 321   1996

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  • Heterogeniously Constrained Master-Slave System: Cart and Human Coordination

    MASAKI YAMAKITA

    Proc. of Ro-Man'95   153/158   1995

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  • Compliant Control Considering a Robot's Mauipulability

    MASAKI YAMAKITA

    Trans. of SICE   31 ( 9 )   1534 - 1539   1995

  • Robust Swing Up Control of Double Pendulum

    MASAKI YAMAKITA

    Proc. of ACC '95   1995

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  • Experimental Study of Tele-Bilateral Impedance Control Using Bilinear Model

    MASAKI YAMAKITA

    Proc. of IEEE Robotic & Automation   1995

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  • Compliant Control Considering a Robot's Mauipulability

    MASAKI YAMAKITA

    Trans. of SICE   31 ( 9 )   1534 - 1539   1995

  • Robust Swing Up Control of Double Pendulum

    MASAKI YAMAKITA

    Proc. of ACC '95   1995

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  • Experimental Study of Tele-Bilateral Impedance Control Using Bilinear Model

    MASAKI YAMAKITA

    Proc. of IEEE Robotic & Automation   1995

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  • Heterogeniously Constrained Master-Slave System: Cart and Human Coordination

    MASAKI YAMAKITA

    Proc. of Ro-Man'95   153/158   1995

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  • Estimation of environment models using vector field and its application to robot's contact tasks

    ZW Luo, K Ito, M Yamakita

    1995 IEEE INTERNATIONAL CONFERENCE ON NEURAL NETWORKS PROCEEDINGS, VOLS 1-6   2546 - 2549   1995

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  • Juggling Control Using Neural Oscillators

    MASAKI YAMAKITA

    Proc. of IROS '94   1994

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  • Self-Organization of an Uniformly Distributed Visuo-Motor Map through Controlling the Spatial Cariation

    MASAKI YAMAKITA

    Autonoumous Robotics Systems   279/288   1994

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  • Juggling Control Using Neural Oscillators

    MASAKI YAMAKITA

    Proc. of IROS '94   1994

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  • Self-Organization of an Uniformly Distributed Visuo-Motor Map through Controlling the Spatial Cariation

    MASAKI YAMAKITA

    Autonoumous Robotics Systems   279/288   1994

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  • Swing up control of inverted pendulum using pseudo-state feedback

    MASAKI YAMAKITA

    Journal of Systems and Control Engineers   206   1993

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  • A NEW RECURSIVE FORM ADAPTIVE CONTROL OF MANIPULATORS AND ITS RELATIONS TO CONVENTIONAL RECORSIVE-CLOSED FORM ADAPTIVE CONTROL

    MASAKI YAMAKITA

    Proc. of IFAC Congress '93   1993

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  • A NEW RECURSIVE FORM ADAPTIVE CONTROL OF MANIPULATORS AND ITS RELATIONS TO CONVENTIONAL RECORSIVE-CLOSED FORM ADAPTIVE CONTROL

    MASAKI YAMAKITA

    Proc. of IFAC Congress '93   1993

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  • Swing Up Control of Double Pendulum

    MASAKI YAMAKITA

    Proc. of ACC '93   1993

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  • Swing up control of inverted pendulum using pseudo-state feedback

    MASAKI YAMAKITA

    Journal of Systems and Control Engineers   206   1993

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  • Swing Up Control of Double Pendulum

    MASAKI YAMAKITA

    Proc. of ACC '93   1993

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  • A Design of Learning Control System for Multivariable Systems

    YAMAKITA M.

    Asia-Pacific Engineering Journal (Part A)   2 ( 1 )   97 - 118   1992

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  • Tele-Virtual Reality of Dynamic Model

    MASAKI YAMAKITA

    Proc of IROS '92   1992

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  • A Design of learning control system for multivariable systems

    MASAKI YAMAKITA

    Asia-Pacific Engineering Journal (Part A)   2 ( 1 )   1992

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  • Tele-Virtual Reality of Dynamic Model

    MASAKI YAMAKITA

    Proc of IROS '92   1992

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  • Iterative generation of virtual reference for a manipulator

    MASAKI YAMAKITA

    Robotica   ( 9 )   1991

  • Parallel Implementation of Newton-Euler Algorithm with One Step Ahead Prediction

    MASAKI YAMAKITA

    Proc. of Robotics & Automation   1991

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  • Iterative generation of virtual reference for a manipulator

    MASAKI YAMAKITA

    Robotica   ( 9 )   1991

  • Parallel Implementation of Newton-Euler Algorithm with One Step Ahead Prediction

    MASAKI YAMAKITA

    Proc. of Robotics & Automation   1991

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  • Generation of Virtual Reference for Discrete System by Learning

    YAMAKITA Masaki, FURUTA Katsuhisa

    Transactions of the Society of Instrument and Control Engineers   25 ( 8 )   867 - 873   1988

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    Publisher:The Society of Instrument and Control Engineers  

    Virtual reference is defined as the setpoint for a closed loop system so that the response tracks the desired path perfectly. It is proposed to obtain a virtual reference for a discrete system by repetitively modifying setpoint over the timed interval in which the desired path is specified. A necessary and sufficient condition that the response tracks perfectly is given firstly. In this learning method, a virtual reference should be determined by learning when a new desired response should be considered. Secondly to improve this shortcoming is studied.

    DOI: 10.9746/sicetr1965.25.867

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  • Computation of optimal control for linear systems with delay Spatial Cariation

    MASAKI YAMAKITA

    International Journal of Control   48 ( 2 )   577 - 589   1988

  • Computation of optimal control for linear systems with delay Spatial Cariation

    MASAKI YAMAKITA

    International Journal of Control   48 ( 2 )   577 - 589   1988

  • 線形多変数システムに対する学習制御系設計

    山北昌毅

    計測自動制御学会論文誌   22 ( 12 )   1986

  • ITERATIVE GENERATION OF OPTIMAL INPUT FOR A MANIPULATOR

    MASAKI YAMAKITA

    Proc. of IEEE Robotics and Automation   579/683   1986

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  • Design of Learning Control for Multi Linear Systems

    MASAKI YAMAKITA

    Journal of SICE   22 ( 12 )   1986

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  • ITERATIVE GENERATION OF OPTIMAL INPUT FOR A MANIPULATOR

    MASAKI YAMAKITA

    Proc. of IEEE Robotics and Automation   579/683   1986

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  • Trajectory Tracking Control of Robot Arms Using ORBIX

    MASAKI YAMAKITA

    Journal of Robotics Systems   2 ( 1 )   1985

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  • Trajectory Tracking Control of Robot Arms Using ORBIX

    MASAKI YAMAKITA

    Journal of Robotics Systems   2 ( 1 )   1985

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Presentations

  • Nonlinear Model Predictive Control for Constrained Mechanical Systems with State Jump

    CCA2006  2006 

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  • MPC for a Simplified Transmission Model with Backlash Using UKF

    CCA2006  2006 

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  • UKFを用いたバックラッシュ系のモデル予測制御

    自動連合講演会  2006 

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  • Stabilization of Nonlinear Planer Systems using Homogeneous Eigenvalues

    SICE-ICCAS 2006  2006 

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  • An Optimization Approach for Underactuated Running Robot

    SICE-ICCAS 2006  2006 

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  • バッキーゲル素子のセンサ機能の検証

    第24回日本ロボット学会学術講演会  2006 

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  • Stokes-Dirac構造と指数定理,第35回制御理論シンポジウム

    第35回制御理論シンポジウム  2006 

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  • Global Boundary Connection of Stokes-Dirac Structures for Morse-Smale Flows on Compact Manifolds

    17th International Symposium on Mathematical Theory of Networks and Systems  2006 

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  • Virtual Lagrangian Construction Method for Infinite Dimensional Systems with Homotopy Operators

    3rd IFAC Workshop on Lagrangian and Hamiltonian Methods for Nonlinear Control  2006 

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  • 3D Motion Control of 2 links (5 D.O.F.) Underactuated Manipulator named AcroBOX

    ACC2006  2006 

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  • Integrated Design of IPMC Actuator/Sensor

    ICRA2006  2006 

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  • A Snake-like Swimming Robot Using IPMC Actuator/Sensor

    ICRA2006  2006 

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  • MPC for a Simplified Transmission Model with Backlash Using UKF

    CCA2006  2006 

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  • Global Boundary Connection of Stokes-Dirac Structures for Morse-Smale Flows on Compact Manifolds

    17th International Symposium on Mathematical Theory of Networks and Systems  2006 

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  • 電気的干渉を考慮したIPMCアクチュエータセンサ併合系の構築

    SI2006  2006 

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  • 受動性の原理に基づく方法は何故有効化?

    SI2006  2006 

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  • 上体を考慮した受動歩行規範2足歩行の高効率歩行の実現

    第7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  2006 

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  • Field Port-Lagrangian Representation of Conservation Laws for Variational Symmetries

    CDC2006  2006 

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  • Experimental Study of Automatic Control of Bicycle with Balancer

    IROS2006  2006 

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  • Time-Varying Port-Representation of Dissipative Structures with Gauge Transformations

    European Control Conference 2007  2007 

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  • Identification of Hammerstein Systems with Piecewise-Affine Nonlinearities

    American Control Conference 2007  2007 

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  • Effect of the Foot Shape on the Passive Biped Waking

    2007 

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  • Efficient Walking Control of Robot with Torso Based on Passive Dynamic Walking

    International Conference on Mechatronics 2007  2007 

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  • Control Engineering Education through AUN/SEED-Net

    SICE Annual Conference 2007  2007 

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  • Benchmark Problem on Control Engineering

    SICE Annual Conference 2007  2007 

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  • Identification of Hammerstein Systems with Piecewise Nonlinearities with Memory

    Int. Conf. on Decision and Control  2007 

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  • Field Port-Lagrangian Systems with Degenerate Lagrangian and External Forces

    Int. Conf. on Decision and Control  2007 

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  • Port-Representation of Bi-Hamiltonian Structure for Infinite-Dimensional Symmetry

    Int. Conf. on Decision and Control  2007 

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  • Sensor Property of a Novel EAP Device with Inonic-liquid-based Bucky Gel

    2007 

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  • Scaling reduction of port-Hamiltonian systems for numerical calculation

    ICROS-SICE Int’l Joint Conf. 2009 (ICCAS-SICE 2009)  2009 

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  • Speed Control of Vehicles with Variable Valve Lift Engine by Nonlinear MPC

    SICE2009  2009 

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  • Controller Design of an Autonomous Bicycle with Both Steering and Balancer Controls

    MSC2009  2009 

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  • 未知システムに対する適応最適制御の一手法

    第53回システム制御情報学会研究発表講演会  2009 

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  • Realization of Acrobatic Turn Via Wheelie for a Bicycle with a Balancer

    Proc. of ICRA2009  2009 

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  • Scaling reduction of port-Hamiltonian systems for numerical calculation

    ICROS-SICE Int’l Joint Conf. 2009 (ICCAS-SICE 2009)  2009 

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  • Unscented Gaussian Sum Filtering for Interval Constrained Nonlinear Systems

    SICE2009  2009 

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  • Control of underactuated biped running robot via CPG

    SICE2009  2009 

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  • Efficient Unscented Filtering for Nonlinear Systems with State Constraints

    ECC2009  2009 

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  • Design of a Novel Central Pattern generator and the Hebbian Motion Learning

    MSC2009  2009 

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  • Trajectory Control for an Autonomous Bicycle with Balancer

    2008 

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  • Control of underactuated biped running robot via CPG

    SICE2009  2009 

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  • Efficient Unscented Filtering for Nonlinear Systems with State Constraints

    ECC2009  2009 

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  • Design of a Novel Central Pattern generator and the Hebbian Motion Learning

    MSC2009  2009 

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  • Controller Design of an Autonomous Bicycle with Both Steering and Balancer Controls

    MSC2009  2009 

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  • Adaptive generation of eigenmode by using nonlinear oscillator network

    2008 

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    Presentation type:Poster presentation  

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  • Liquid Environment-Adaptive IPMC Fish-Like Robot using Extremum Seeking Feedback

    2008 

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  • Speed Control of Vehicles with Variable Valve Lift Engine by Nonlinear MPC

    SICE2009  2009 

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  • Unscented Gaussian Sum Filtering for Interval Constrained Nonlinear Systems

    SICE2009  2009 

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  • Realization of Acrobatic Turn Via Wheelie for a Bicycle with a Balancer

    Proc. of ICRA2009  2009 

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  • Adaptive generation of eigenmode by using nonlinear oscillator network

    2008 

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  • Liquid Environment-Adaptive IPMC Fish-Like Robot using Extremum Seeking Feedback

    2008 

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  • Topological Geometry and Control for Distributed Port-Hamiltonian Systems with Non-integrable Structures

    CDC2008  2008 

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  • Fabrication of Bucky Gel Actuator/Sensor Devices Based on Printing Method

    IROS2008  2008 

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  • Fabrication of Bucky Gel Actuator/Sensor Devices Based on Printing Method

    IROS2008  2008 

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  • Design of Convex Foot for Efficient Dynamic Bipedal Walking

    Proc. of IROS2008  2008 

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  • Robust Combined Feedfoward and Feedback Control forStart up Engine Control

    Proc. of CCC2008  2008 

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  • Trajectory Control for an Autonomous Bicycle with Balancer

    2008 

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  • Design of Convex Foot for Efficient Dynamic Bipedal Walking

    Proc. of IROS2008  2008 

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  • Robust Combined Feedfoward and Feedback Control forStart up Engine Control

    Proc. of CCC2008  2008 

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  • Control Engineering Education through AUN/SEED-Net

    SICE Annual Conference 2007  2007 

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  • Benchmark Problem on Control Engineering

    SICE Annual Conference 2007  2007 

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  • Time-Varying Port-Representation of Dissipative Structures with Gauge Transformations

    European Control Conference 2007  2007 

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  • Identification of Hammerstein Systems with Piecewise-Affine Nonlinearities

    American Control Conference 2007  2007 

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  • Development of Autonomous Bike Robot with Balancer

    SICE2007  2007 

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  • Falling Avoidance Control of Acrobat Robot by Reinforcement Learning

    SICE2007  2007 

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  • プリント技術によるバッキーゲルアクチュエータセンサーの試作と検討

    第25回日本ロボット学会学術講演会  2007 

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  • Effect of the Foot Shape on the Passive Biped Waking

    2007 

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  • Efficient Walking Control of Robot with Torso Based on Passive Dynamic Walking

    International Conference on Mechatronics 2007  2007 

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  • Topological Geometry and Control for Distributed Port-Hamiltonian Systems with Non-integrable Structures

    CDC2008  2008 

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  • An Application of Nonlinear Receding Horizon Control to osture Control with Collisions

    AIM2005  2005 

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  • Formation Control of Autonomous Underwater Viheicles

    IFAC 2005  2005 

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  • Control of Biped Walking Robot with IPMC Linear Actuator

    AIM2005  2005 

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  • Field Port-Lagrangian Representation of Conservation Laws for Variational Symmetries

    CDC2006  2006 

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  • Automatic Control of Bicycles with a Balancer

    AIM 2005  2005 

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  • Nonlinear Model Predictive Control for Constrained Mechanical Systems with State Jump

    CCA2006  2006 

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  • Stabilization of Nonlinear Planer Systems using Homogeneous Eigenvalues

    SICE-ICCAS 2006  2006 

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  • An Optimization Approach for Underactuated Running Robot

    SICE-ICCAS 2006  2006 

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  • Landing Control of Acrobat Robot by RHC -Experimental Evaluation -

    SICE-ICASE 2006  2006 

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  • Experimental Study of Automatic Control of Bicycle with Balancer

    IROS2006  2006 

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  • An Extension of Nonlinear Receding Horizon Control for witched System with State Jump

    IROS 2005  2005 

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  • A Snake-Like Swimming Robot Using IPMC Actuator and erification of Doping Effect

    IROS 2005  2005 

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  • An Extension of Nonlinear Receding Horizon Control for witched System with State Jump

    IROS 2005  2005 

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  • A Snake-Like Swimming Robot Using IPMC Actuator and erification of Doping Effect

    IROS 2005  2005 

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  • Automatic Control of Bicycles with a Balancer

    AIM 2005  2005 

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  • An Application of Nonlinear Receding Horizon Control to osture Control with Collisions

    AIM2005  2005 

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  • Formation Control of Autonomous Underwater Viheicles

    IFAC 2005  2005 

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  • Control of Biped Walking Robot with IPMC Linear Actuator

    AIM2005  2005 

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  • Boundary Detection of Variational Symmetry Breaking Using Port-Representation of Conservation Laws

    Proc. of CDC09  2010 

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  • Constrained State Estimation for Nonlinear Systems with non-Gaussian Noise

    Proc. of CDC09  2010 

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  • Adaptive Output Opimal Control Algorighm for Unknown System Dynamics Based on Policy Iteration

    Proc. of ICA09  2010 

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  • Controlling Balancer and Steering for Bicycle Stabilization

    Proc. IROS09  2010 

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  • Controlling Balancer and Steering for Bicycle Stabilization

    Proc. IROS09  2010 

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  • Boundary Detection of Variational Symmetry Breaking Using Port-Representation of Conservation Laws

    Proc. of CDC09  2010 

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  • Constrained State Estimation for Nonlinear Systems with non-Gaussian Noise

    Proc. of CDC09  2010 

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  • Adaptive Output Opimal Control Algorighm for Unknown System Dynamics Based on Policy Iteration

    Proc. of ICA09  2010 

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  • A Snake-like Swimming Robot Using IPMC Actuator/Sensor

    ICRA2006  2006 

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  • Identification of Hammerstein Systems with Piecewise Nonlinearities with Memory

    Int. Conf. on Decision and Control  2007 

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  • Field Port-Lagrangian Systems with Degenerate Lagrangian and External Forces

    Int. Conf. on Decision and Control  2007 

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  • Port-Representation of Bi-Hamiltonian Structure for Infinite-Dimensional Symmetry

    Int. Conf. on Decision and Control  2007 

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  • Virtual Lagrangian Construction Method for Infinite Dimensional Systems with Homotopy Operators

    3rd IFAC Workshop on Lagrangian and Hamiltonian Methods for Nonlinear Control  2006 

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  • 保存則のポート表現による変分対称性崩壊の境界検出

    第6回計測自動制御学会制御部門大会  2006 

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  • 3D Motion Control of 2 links (5 D.O.F.) Underactuated Manipulator named AcroBOX

    ACC2006  2006 

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  • Integrated Design of IPMC Actuator/Sensor

    ICRA2006  2006 

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  • Development of Autonomous Bike Robot with Balancer

    SICE2007  2007 

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  • Falling Avoidance Control of Acrobat Robot by Reinforcement Learning

    SICE2007  2007 

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  • Landing Control of Acrobat Robot by RHC -Experimental Evaluation -

    SICE-ICASE 2006  2006 

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Research Projects

  • 人工筋アクチュエータの開発

    2002

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    Grant type:Competitive

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  • Model Predictive Control for Variable Constrainted Systems

    2002

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    Grant type:Competitive

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  • 可変拘束系のモデル予測制御

    2002

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    Grant type:Competitive

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  • Development of Artifitial Muscle Actuator

    2002

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    Grant type:Competitive

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  • アクロバットロボットの制御

    1999 - 2002

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    Grant type:Competitive

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  • Control of Acrobat Robot

    1999 - 2002

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    Grant type:Competitive

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  • マスタ・スレーブシステムに関する研究

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    Grant type:Competitive

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  • Study on Master-Slave Systems

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    Grant type:Competitive

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