Details of a Researcher - Namerikawa, Toru

Namerikawa, Toru

写真a

Affiliation: Faculty of Science and Technology, Department of System Design Engineering (Yagami)

Position: Professor

Related Websites

http://www.namerikawa.sd.keio.ac.jp/

External Links

Profile 【 Display / hide 】

Distributed and cooperative control problems for large-scale networked systems are studied in Namerikawa laboratory via both of control theoretical and application approaches. The current main topic of Namerikawa Lab is the developments of safe, reliable and resilient control/prediction methodologies for electrical power network and smart city and smart infrastructure systems. The other important topic is the developments of cooperative formation control strategies for multi-agent systems including unmanned aerial vehicles.

Profile Summary 【 Display / hide 】

Distributed and cooperative control problems for large-scale networked systems are studied in Namerikawa laboratory via both of control theoretical and application approaches. The current main topic of Namerikawa Lab is the developments of safe, reliable and resilient control/prediction methodologies for electrical power network and smart city and smart infrastructure. The other important topic is the developments of cooperative formation control strategies for multi-agent systems including unmanned aerial vehicles.

Career 【 Display / hide 】

1994.04

-

1997.12

金沢大学, 工学部電気・情報工学科, 助手
1998.01

-

2000.10

金沢大学, 大学院自然科学研究科, 助手
1998.11

-

1998.12

スイス連邦工科大学, ロボティクス研究所, 客員研究員
2000.11

-

2002.02

金沢大学, 工学部電気電子システム工学科, 講師
2001.03

-

2002.01

カリフォルニア大学サンタバーバラ校, 客員研究員

Academic Background 【 Display / hide 】

1991.03

Kanazawa University, Faculty of Engineering, 電気・情報工学科

University, Graduated
1993.03

Kanazawa University, Graduate School, Division of Engineering, 電気・情報工学専攻

Graduate School, Completed, Master's course
1994.03

Kanazawa University, Graduate School, Division of National Science and Technology, システム科学

Graduate School, Withdrawal before completion, Doctoral course

Academic Degrees 【 Display / hide 】

博士（工学）, Kanazawa University, Dissertation, 1997.03

Research Areas 【 Display / hide 】

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

Research Keywords 【 Display / hide 】

Cyber-Physical & Human Systems
Energy Management System
Multi-Agent System
Robust Control
Distributed Control

Research Themes 【 Display / hide 】

Cyber-Physical & Human Systems,

2018.01

-

Present
社会インフラシステムの分散最適化,

2015.04

-

Present
Control Theoretic Approach for Green Innovation,

2010

-

2011
Optimal Distributed Sensor Network,

2009

-

Present
Consensus Problem for Multi-agent Systems and Cooperative Control,

2006.01

-

Present

Proposed Theme of Joint Research 【 Display / hide 】

Control of Smart Grid

Interested in joint research with industry (including private organizations, etc.), Desired form： Cooperative Research
Cooperative Control of Multi Agent Systems

Interested in joint research with industry (including private organizations, etc.), Desired form： Cooperative Research
Cooperative Estimation, Prediction and Control via Sensor Networks

Interested in joint research with other research organizations (including universities, etc.), Desired form： Cooperative Research
Optimal Control and Scheduling of Batteries

Interested in joint research with industry (including private organizations, etc.), Desired form： Cooperative Research
Power Generation Prediction of Distributed Power Network

Interested in joint research with industry (including private organizations, etc.), Desired form： Cooperative Research

Books 【 Display / hide 】

Advanced Data Analytics for Power Systems

Dario Bauso and Toru Namerikawa, Cambridge University Press, 2021.03

Scope: Chapter 20 Electric Vehicles and Mean-Field, Contact page： 504-523
Economically Enabled Energy Management: Interplay Between Control Engineering and Economics

T Namerikawa, Y Okawa, Springer, 2020.01

Scope: Distributed Dynamic Pricing in Electricity Market with Information Privacy, Contact page： 213-244

　View Summary

© Springer Nature Singapore Pte Ltd. 2020. In the future power network, power consumers as well as power generators participate in electricity market trading as selfish market players. Dynamic pricing is one of the useful tools to manage such networks in a distributed manner by changing electricity prices appropriately. In this chapter, we show distributed price decision procedures regarding the dynamic pricing to maximize social welfare in a power grid with information privacy of market players. Specifically, we first deal with an electricity market that covers multiple regional areas in a power grid and propose a market trading algorithm to derive the optimal regional electricity prices based on alternating decision making of market players. Subsequently, we deal with an electricity market in one regional area where an aggregator participates in the market trading as a mediator between the market operator and consumers. For this market, we propose a trading algorithm to adjust power demand of consumers depending on their lifestyles in a day-ahead electricity market. This chapter also shows the convergence properties of the proposed market trading algorithms and illustrates that these methods enable us not only to derive the optimal electricity prices but also to improve their convergence speed through numerical simulation.
- Access to Document (DOI)
Robot Control Handbook

NAMERIKAWA Toru, Kindai kagaku sha Co.,Ltd, 2017.12

Scope: Chapter 21, Contact page： 676-712

　View Summary

日本では従来からロボットの研究開発が盛んであったが、その進歩は、ともすれば部品や材料・機械設計・コンピュータソフトによるものと捉えられ、ロボットに必須の「制御技術」が見逃されがちである。
そこで、ロボットを思いどおりに動かすために必要な制御技術を知り、ロボットを使えるようにするために、ロボットの制御に特化した領域を「ロボット制御学」と名づけ、本書のの出版を企画した。
本書は、なぜロボットに制御が必要なのか？から始まり、モデリング→設計→実装まで一連の流れを理解し、実践できるようになることを目的とする。
飛躍するドローン

NAMERIKAWA Toru, 株式会社ニッケイ印刷, 2016.01

Scope: 第2章第5節複数協調制御, Contact page： 123-142

　View Summary

改正航空法が成立し、いよいよ動き出す"空の産業革命" －その主役たるドローンへの期待はこれまで以上の高まりを見せている。
回転翼タイプのドローンを中心に、その制御・駆動系・通信の各技術の解説から応用技術の紹介、さらに先行する国外事例とドローンのリスクにまで至る内容を網羅している．
Advances in Wireless Sensors and Sensor Networks

Takashi Takeda and Toru Namerikawa, Springer, 2010.08

Scope: Optimal Sensor Network Configuration Based on Control Theory, Contact page： 151-176

　View Summary

Recently wireless sensor networks with the function distribution of memory units, communications, calculations etc. have attracted much attention, and there has been increasing research. It is well known that sensor networks are superior to observation by a system with single sensor in a fault tolerance, load reduction of operator, collection and application of information etc. and its application to not only a sensing system but also the guidance control system via a sensor network has received attention. Meanwhile, it is important to utilize the energy efficiently to achieve the energy-saving and prolong sensor nodes life. For this requirement, the sensor scheduling, the optimization of the communication rate and communications traffic and decreasing communication distances by the multi-hop communication are discussed. Consequently, in this book chapter, we discuss a sensor scheduling problem selecting available sensor nodes considering the estimation error variance and communication energy in a feedback control system via a sensor network.

10911940387720110430152644PDF1.pdf

Papers 【 Display / hide 】

Safe cooperative control of CAVs at signal-free intersection under realistic scenarios

Y Nakai, T Namerikawa

SICE Journal of Control, Measurement, and System Integration (The Society of Instrument and Control Engineers ) 17 ( 1 ) 106 - 121 2024.04

Research paper (scientific journal), Joint Work, Last author, Accepted

　View Summary

This research deals with the cooperative control of CAVs (Connected and Automated Vehicles) at signal-free intersection. CAVs communicate with each other and adjust their speeds to safely pass through the intersection without having to stop. This is expected to improve intersection throughput and reduce fuel consumption. In order to execute cooperative control, a two-stage control structure is considered. In the first stage, the merging time, defined for each CAV as the time at which the CAV reaches the intersection, is obtained by solving mixed integer linear programming (MILP). In the second stage, each CAV solves an optimal control problem to determine the control input that allows it to reach the intersection at the merging time obtained in the first stage. In this research, a nonlinear model that considers air resistance, rolling resistance, and slope resistance is used to take into account the real environment. We propose a method using a control barrier function to guarantee the safety of CAVs even with nonlinear models, and an input correction method using a disturbance observer to suppress modelling errors caused by complex dynamics. We also propose a method that consists of establishing a speed regulation zone to avoid the possibility of passing through an intersection at an unsafe speed to improve throughput. Finally, a comparison with previous studies shows the superiority of the proposed method in reducing fuel consumption.
- Access to Document (DOI)
Passivity-Short-Based Conditions of System-Wide Stability and L2 gain Performance for Heterogeneous Nonlinear Power System

H Kang, T Namerikawa

2024 SICE International Symposium on Control Systems (SICE ISCS), 94-98 2024.03

Research paper (international conference proceedings), Last author, Accepted
Optimal Resilient Sensor Placement Problem for Secure State Estimation

Shinohara Takumi, Namerikawa Toru

Proceedings of the Japan Joint Automatic Control Conference (The Japan Joint Automatic Control Conference) 160 ( 0 ) 140 - 142 2024.02

Research paper (scientific journal), Joint Work, Last author, Accepted, ISSN 00051098

　View Summary

In this paper, we consider a sensor placement problem for secure state estimation in an adversarial environment. Specifically, this paper deals with a system consisting of n agents where up to l sensor measurements are potentially compromised by malicious adversaries and tackles the problem of sensor placement such that the system state can be reconstructed even if the measurements are compromised. However, since it is costly to deploy sensors for all agents, we also aim to place sensors at the lowest possible cost. We call this problem the optimal resilient sensor placement problem (ORSPP) and show that this problem is coNP-hard. Therefore, it is, in general, impossible to compute the ORSPP in polynomial time unless P=coNP. On the positive side, however, we also provide that this problem can be solved in polynomial time if the network structure of the agents satisfies certain conditions. The concrete algorithm for the ORSPP is provided, and further, in the process of providing the coNP-hardness, we also derive a new form of a necessary and sufficient condition for secure state estimation. Finally, we show the results of numerical simulations using a random graph and a diffusion process.
- Access to Document (DOI)
- CiNii Research
Consistent event-triggered consensus on complete graphs

DJ Antunes, D Meister, T Namerikawa, F Allgöwer, W Heemels

2023 62nd IEEE Conference on Decision and Control (CDC), 3911-3916 (Proceedings of the IEEE Conference on Decision and Control) 3911 - 3916 2023.12

Research paper (international conference proceedings), Joint Work, Accepted, ISSN 07431546

　View Summary

This paper starts by considering an optimal control formulation of the consensus problem on complete graphs with a cost capturing disagreement and agents modeled by integrators. An optimal control policy for this problem is shown to be the well-known consensus algorithm by which each agent resets its state to the average of its and other agents' state values received at every time step. The framework is extended to the case where agents can only exchange information periodically, with a period larger than one. Then an event-triggered control strategy is proposed that results in a better cost than that of the optimal periodic one with the same average transmission rate, that is, it is consistent. According to this strategy, each agent distributedly transmits its state if the error between its current state and a common consensus estimate based on previously transmitted agents' data exceeds a threshold. Simulation results are presented to illustrate the proposed strategy.
- Access to Document (DOI)
Decentralized Optimal Parking Lot Allocation via Dynamic Parking Fee

Y Fujimaki, T Namerikawa

2023 28th Asia Pacific Conference on Communications (APCC), 261-266 (Proceedings - 2023 28th Asia Pacific Conference on Communications, APCC 2023) 261 - 266 2023.11

Research paper (international conference proceedings), Joint Work, Accepted

　View Summary

This paper proposes a novel decentralized optimal parking lot allocation algorithm by using dynamic parking fee. Information about drivers and parking lots used to be collected by a system manager in smart parking systems, and the allocation is determined centrally. However, the computational load increases exponentially as the target area expands. Therefore, a decentralized system is needed that can flexibly respond to the expansion of the area size, in which the allocation is determined by communicating the results of the calculations performed by each participant. In building a decentralized system, it is desirable for the system to be fair and efficient. Therefore, we propose a decentralized parking system that satisfies this property by using matching theory, a field that studies how people and things should be matched in a market. We propose a unique matching method that takes into account the difference between drivers as consumers and parking service providers. We also propose a reallocation method based on dynamic parking fee to reduce the number of unallocated drivers.
- Access to Document (DOI)

Papers, etc., Registered in KOARA 【 Display / hide 】

Plug & play control and optimization of large-scale urban infrastructure system

Namerikawa, Tōru

科学研究費補助金研究成果報告書 2020
Distributed and optimal control for dynamical systems with hierarchical structures and multi time-scale properties and its application to distributed energy management systems

Namerikawa, Toru

科学研究費補助金研究成果報告書 2016
Cooperative grasping control by using swarm vehicles with time-varying information structure

Namerikawa, Toru

科学研究費補助金研究成果報告書 2011

Reviews, Commentaries, etc. 【 Display / hide 】

Report on the 9th MSCS of The Control Division

Toru Namerikawa

Journal of The Society of Instrument and Control Engineers (The Society of Instrument and Control Engineers) 61 ( 9 ) 704 - 705 2022.09

Meeting report, Single Work, ISSN 0453-4662
- Access to Document (DOI)
Activity Report of Y60 Future Creation WG

Toru NAMERIKAWA , Tadahiro HASEGAWA

Journal of The Society of Instrument and Control Engineers (The Society of Instrument and Control Engineers) 60 ( 7 ) 474 - 477 2021.07

Meeting report, Joint Work, ISSN 0453-4662
- Access to Document (DOI)
Control Theoretic Approach to Super Smart City

Toru Namerikawa

Journal of the Society of Instrument and Control Engineers 57 ( 7 ) 497 - 500 2018.07

Article, review, commentary, editorial, etc. (scientific journal), Single Work, ISSN 1883-8170
- Access to Document (DOI)
電力市場における最適価格設定法と需給制御

NAMERIKAWA Toru

計測と制御 (計測自動制御学会) 53 ( 1 ) 12 - 17 2014.01

Article, review, commentary, editorial, etc. (scientific journal), Single Work

　View Summary

This paper deals with an optimal real-time pricing based on control theory for electrical markets of distributed demand/supply electrical power networks.First,we setup a profit maximization problem of demand and supply with an equality constraint for demand and supply.Then we transform the problem into an equivalent dual one which minimizes electricity price.We solve the problem via a simple optimization technique and show an asymptotical convergence property.Finally some numrrical simulations show the effectiveness of the proposed problem formulation and the optimal real-time pricing methodology.
制御理論アプローチによる電力需要予測と再生可能エネルギー発電予測

Toru NAMERIKAWA

シミュレーション (日本シミュレーション学会) 32 ( 3 ) 168 - 175 2013.09

Article, review, commentary, editorial, etc. (scientific journal), Single Work

　View Summary

本稿では近未来の再生可能エネルギーを含む分散型電源の大量導入を見据え，安定な電力ネットワーク構築のために鍵となる電力需要の予測と再生可能エネルギー発電の予測技術についてシステム制御理論的な視点から解説する．

Presentations 【 Display / hide 】

RISE-based robust formation control for multi-UAV system

Komagine Yu, Toyota Ryo, Kotani Kento, Namerikawa Toru

2017 56th Annual Conference of the Society of Instrument and Control Engineers of Japan (SICE),

2017.11
,
Oral presentation (general)

　View Summary

<p>This paper deals with a robust formation control methodology for the Multi-UAV system with uncertain exogenous disturbance. The fourth-order UAV model with disturbance and the disturbance estimate system is introduced. In order to achieve the rigid formation fight, graph theory and consensus algorithm are utilized and the state of the UAVs converges to desired value by using Leader-Follower structure. The proposed control law includes the Robust Integral of the Sign of error (RISE) for estimation of the disturbance and also involves collision avoidance property based on potential method. The stability and convergent properties are proven based on Lyapunov theory. Finally, several simulation results show the effectiveness of the proposed method compared with a conventional sliding mode control.</p>
Formation control of multi-agent system considering obstacle avoidance

Toyota Ryo, Namerikawa Toru

2017 56th Annual Conference of the Society of Instrument and Control Engineers of Japan (SICE),

2017.11
,
Oral presentation (general)

　View Summary

<p>This paper deals with distributed and cooperative control algorithm to make each agents to form a formation for a second-order system. However, when forming a formation with a multi-agent system, there is a possibility that the agents collide with each other or collide with obstacles other than the agent. Also, if the agents avoid other agents and obstacles, the distance between agents may be temporarily too far apart. In order to solve these problems, this paper proposes a control algorithm which consists of Leader-Follower structure, consensus algorithm and artificial force based on artificial potential field. For the control algorithm to make agents achieve formation in a decentralized cooperative way, we derive the condition concerning the control gain to ensure stability. In addition, by comparing the amount of energy, we design conditions that ensure collision avoidance between agents, collision avoidance with obstacles, and distance between agents, and also design potential functions that satisfy the conditions. The validity of the control algorithm proposed in this paper is verified by numerical simulations.</p>
Collision Avoidance between Multi-UAV-Systems considering Formation Control using MPC

Ille Marc, Namerikawa Toru

2017 IEEE International Conference on Advanced Intelligent Mechatronics (AIM),

2017.08
,
Oral presentation (general)

　View Summary

<p>This paper deals with the scenario of two multi- UAV systems (so-called teams), each flying from a starting point to a target point. The teams meet on their ways and have to avoid collisions in the horizontal plane. Both teams work independent of each other but use the same formationcontrol and obstacle-collision-avoidance algorithm. The leaders measure obstacles' positions, use a Kalman Filter to estimate their movement and predict their future positions. With the information about the other agents' positions each agent calculates its reference trajectory. The leader also computes a trajectory to guide the team towards the target point. Distributed MPC is used for each agent to track its reference trajectory. If there is a risk of colliding with an obstacle, the MPC cost function is extended by a penalty term to ensure obstacle collision avoidance. The stability of formation control is proved in this paper. The capability of two teams avoiding collisions is shown in a simulation.</p>
RISE-based cooperative control of uncertain multi-agent system

Tachibana Yoshihiro, Namerikawa Toru

2017 American Control Conference (ACC),

2017.06

　View Summary

<p>This paper proposes a RISE-based cooperative control of uncertain multi-agent system with exogenous disturbances. First, we introduce the second order model with disturbance for agent. The network topology among agents is undirected and connected, and information of reference is allowed to be available to at least one agent. Second, we propose the control law consists of graph theory, consensus algorithm and RISE. Graph theory and consensus algorithm are utilized to converge the states of agents to reference value, and RISE is utilized to suppress the disturbance. Then, we show the proposed control law guarantees the agents achieve synchronization, and derive the condition to achieve the control objective. Finally, simulation results show the effectiveness of the proposed control law.</p>
Detection of replay attack on smart grid with code signal and bargaining game

Irita Takashi, Namerikawa Toru

2017 American Control Conference (ACC),

2017.06
,
Oral presentation (general)

　View Summary

<p>Ensuring cyber security of smart grid based on supervisory control and data acquisition using information and communications technology has been becoming a major challenge. Especially, a replay attack is a dangerous cyber attack affecting integrity and authorization. The goal of this paper is to detect replay attack that is one of cyber attacks on the sensors of a control system. We propose a detecting method adding intentional noise to not only sensors as code signal but also input. Replay attack can immediately be reflected by using fault diagnosis matrices that are composed of the estimator and observed values even if code signal is decrypted. Finally, we show simulation results to analyze effectiveness of the proposed method.</p>

Research Projects of Competitive Funds, etc. 【 Display / hide 】

Next-Generation Mechanism Design based on Control Theory and Economics and its Application to Smart Cities

2022.04

-

2025.03

Grants-in-Aid for Scientific Research, Grant-in-Aid for Scientific Research (B), No Setting

　View Summary

Plug & Playスマートシティとは、インフラ機能がフレキシブルかつスマートに連携可能な都市である。これは、サイバーシステム、物理システム、ヒューマンの複雑な相互作用を有する大規模統合動的ネットワークシステムと見なすことが出来る。
多数のステークホルダーが利己的に振る舞う状況下で、CO2排出抑制など環境に配慮しながら社会システムの健全性を保証する社会設計法の確立は喫緊の課題である。
本研究では、制御学と経済学の知見を総動員し、Plug & Playスマートシティのモデリング、分散協調最適化アルゴリズムの設計、経済効果と費用便益までを一気通貫で実施し、動的メカニズムデザインの本質を明らかにする。
Plug & Play Control and Optimization of Large-scale Urban Infrastructure System

2017.04

-

2020.03

MEXT,JSPS, Grant-in-Aid for Scientific Research, Grant-in-Aid for Scientific Research (B), Principal investigator
Understanding and realization of swarm intelligence based on ethology and theory life sciences

2017.04

-

2020.03

Kyoto University, Matsuno Fumitoshi, Grant-in-Aid for Scientific Research (A), No Setting

　View Summary

The objective of this study is understanding of adaptive function to environmental change of social insects and construction of adaptive strategies that can control swarm robots based on the understanding. We obtained following results. (1) We analyze behaviors of ants by biological experiments and behaviors of multi-agent systems based on Boids model. We design a control law of swarm robots and carry out experimental validation of formation control of multi-UAVs. (2) The division of labor based on social communication of ants between two nests with large distance can be found in experimental observation. (3) Estimation function of global information based on local behaviors is analyzed. Based on the derived decentralized control strategies experimental demonstration using modular legged robots is carried out. (4) An agent dynamic model is constructed based on Bayesian and Inverse-Bayesian estimation methods.
Distributed and Optimal Control for Dynamical Systems with Hierarchical Structures and Multi Time-Scale Properties and Its Application to Distributed Energy Management Systems

2014.04

-

2017.03

MEXT,JSPS, Grant-in-Aid for Scientific Research, Grant-in-Aid for Scientific Research (C), Principal investigator

　View Summary

The distributed and optimal control for large-scale dynamical systems with hierarchical structures and multi time-scale properties was investigated and some application technologies of the proposed control algorithms for distributed energy management systems were studied.
First, a novel direct load control method to stabilize the system frequency was proposed. The proposed method utilized the consumers' controllable loads for load frequency control. Second, a load frequency control of a microgrid system was investigated based on static H-infinity control algorithm considering time-scale properties of generators. Then, hierarchical and cooperative model predictive control methodology for load frequency of large-scale electrical power network was studied. An efficient frequency control method was proposed considering economic dispatch and load frequency regulation. Finally, numerical simulation results and experimental results showed the effectiveness of the proposed approaches.

Awards 【 Display / hide 】

2017 SICE Outstanding Paper Award

2017.09, The Society of Instrument and Control Engineers, via a paper "Multi-Period Regional Energy Management Based on Dynamic Pricing with Non-Deficit Real-Time Market Trading"
Pioneer Technology Award of Control Division

2014.03, In appreciation for the most outstanding research for "Distributed and cooperative control of energy management systems"
Technical Award of 10th Annual Conference on Control Systems

NAMERIKAWA Toru, 2011.03, 計測自動制御学会制御部門, H-infinity Filter-based Electric Load Forecasting considering Characteristic of Load Curve

　View Description

The paper " H-infinity Filter-based Electric Load Forecasting considering Characteristic of Load Curve" which was presented in the 10th annual conference on Control Systems was selected as the most outstanding technical paper.
Award of 9th Annual Conference on Control Systems

NAMERIKAWA Toru, 2010.03, 計測自動制御学会制御部門, Network-Topology Independent Cooperative Target-enclosing Behavior by Swarms of Vehicles

　View Description

The paper "Network-Topology Independent Cooperative Target-enclosing Behavior by Swarms of Vehicles" which was presented in the 9th annual conference on Control Systems was selected as the most outstanding one.
金沢大学－コマツ産学連携実用化賞

NAMERIKAWA Toru, 2009.07, 株式会社小松製作所, 現代制御理論に基づいた制御器開発

Type of Award： Award from publisher, newspaper, foundation, etc.

　View Description

現代制御理論に基づいた制御器開発・シミュレーションを構築、実機採用に至り実際に性能向上、コスト改善で成果を出すことができた．

Courses Taught 【 Display / hide 】

SOCIETY, ECONOMY, CULTURE, AND ENGINEERING

2025
SEMINAR IN SYSTEM DESIGN ENGINEERING

2025
LINEAR CONTROL THEORY

2025
LABORATORIES IN SYSTEM DESIGN ENGINEERING 2)

2025
INTRODUCTION TO SYSTEM DESIGN ENGINEERING

2025

Courses Previously Taught 【 Display / hide 】

社会・経済・文化と工学

Keio University

2017.04

-

2018.03
,
Autumn Semester, Lecture, Within own ｆaculty
Dynamical System

Keio University

2017.04

-

2018.03
,
Autumn Semester, Lecture
Linear Control Theory

Keio University

2017.04

-

2018.03
,
Spring Semester, Within own ｆaculty
電磁気工学

Keio University

2017.04

-

2018.03
,
Spring Semester, Lecture
Systems and Control Theory

Keio University

2017.04

-

2018.03
,
Spring Semester, Lecture, Within own ｆaculty

Memberships in Academic Societies 【 Display / hide 】

計測自動制御学会,

1991.04

-

Present
IEEE,

1995.01

-

Present
電気学会,

1991.11

-

Present
日本機械学会,

2011.04

-

Present
IFAC Technical Committees on Power and Energy Systems,

2011.09

-

Present

Committee Experiences 【 Display / hide 】

2015.09

-

2017.08

主査（委員長）, SICE 制御部門都市インフラシステム構築と制御調査研究会
2010.01

-

2011.12

主査（委員長）, SICE 制御部門エネルギー・環境システム制御技術調査研究会
2010.01

-

2010.12

制御部門　幹事, 計測自動制御学会
2009.01

-

2010.12

制御理論部会委員, 計測自動制御学会
2009.01

-

Present

評議員, 計測自動制御学会