MITANI Yuuichiroh

J-GLOBAL         Last updated: Aug 9, 2019 at 12:55
 
Avatar
Name
MITANI Yuuichiroh
Affiliation
Numazu College of Technology
Section
Mechanical Engineering
Job title
Others(describe your title)
Degree
Master's degree of mechanical engineering(Ritsumeikan University)

Research Areas

 
 

Academic & Professional Experience

 
Apr 2015
 - 
Today
Professor, Mechanical Engineering Department, National Institute of Technology, Numazu College
 
Apr 2004
 - 
Mar 2015
Associate Professor, Mechanical Engineering Department, National Institute of Technology, Numazu College
 
Apr 2001
 - 
Mar 2004
Assistant Professor, Mechanical Engineering Department, National Institute of Technology, Numazu College
 
Apr 1995
 - 
Mar 2001
Associate Researcher, Mechanical Engineering Department, National Institute of Technology, Numazu College
 
Apr 1993
 - 
Mar 1995
Researcher, Advanced Science, Technology & Management Research Institute of Kyoto
 

Education

 
Apr 1991
 - 
Mar 1993
Faculty of Science and Engineering, Ritsumeikan University
 
Apr 1986
 - 
Mar 1991
Graduate School, Division of Science and Engineering, Ritsumeikan University
 

Awards & Honors

 
Apr 2018
Educational program on National Institute of Technology for producing global professionals on the control engineering field, Educational Prize, The Japan Society of Mechanical Engineers
Winner: Educational project team on the control engineering of National Institute of Technology
 
Jan 2010
Special Award
 
Apr 2003
Active Control of Floor Impulse Noise by Using Bi-Morph Piezoelectric Elements (Robust Control Experiment), Excellent Presentation Award, The Japan Society of Mechanical Engineering
 
This paper describes an active control system for reducing transmitted noise, which is caused by floor impulse and perceived at the downstairs room. The active control system actuated by bi-morph piezoelectric elements are installed in the interme...

Published Papers

 
PI-D Controller Design with Finite Number of Frequency Responces Model via a Ratio of Fourier Transformations of Input and Output Signals
Yasushi Kami, Ryosuke Tanaka, Yuuichiroh Mitani, Eitaku Nobuyama
IEEJ Transactions on Electronics, Information and Systems   139(4) 402-408   Apr 2019   [Refereed]
This paper shows a PI-D controller design method with a finite number of frequency responses(FNFR) model so that it stabilizes a closed-loop system and matches a transfer function of the closed-loop system to that of ideal model. In this paper FNF...
Learning Activities of Relay Sequence Control by Using Microcomputer
Yuuichiroh Mitani, Shingo Nakazawa, Reo Hokazono, Yukio Nishi
(53) 7-14   Jan 2019
This relay sequence control class was opened in the later term of 2018. The objective of this class is to learn about basic ways to construct sequence control circuits and make progress in group work training. It is a common way to learn relay seq...
Active Learning by Using the Micro Programmable Logic Controller -Integration of Sequence and Feedback Control in the Class of Design and Implementation of PID Control System-
Yuuichiroh Mitani, Kento Fujinuma, Yukio Nishi
(52) 1-8   Jan 2018
The class of active learning style was conducted in the department of mechanical engineering, 5th grade. The participating students worked on the assignment which is; “Design and implement a PID controller to the PLC (Programmable Logic Controller...
Compact size and customizable learning system of sequence control by using Programmable Logic Controller
Yuuichiroh Mitani, Masanori Takaya, Yukio Nishi, Wataru Yamanouchi
Memoirs of Numazu College of Technology   51 1-6   Jan 2017   [Refereed]
A learning system of sequence control was developed in 2016 as part of the educational collaboration project between KOSEN and Omron Corporation. The size of the system is so compact as to carry into different rooms easily. The dimensions of the e...
Yuuichiroh MITANI, Hiroki TANINO
Memoirs of Numazu College of Technology   50 1-6   Jan 2016
The trial class for junior high-school students who were interested in the education of the NIT (National Institute of Technology) proceeded successfully. The theme of the trial class was "Let's have an experience to control a basic manufacturing ...
Yuuichiroh MITANI, Taku SATO, Hiroki TANINO
Journal of Japan Society for Design Engineering   50(12) 662-667   Dec 2015   [Refereed]
The project for developing an innovative inverted pendulum control system was successful. The newly developed equipment is controlled by the PLC (Programmable Logic Controller) named SysmacNJ, which has a high-speed processor manufactured by Omron...
MITANI Yuuichiroh, HIROKI Tanino, JUNYA Hori, NAOTO Kaneda
JAPAN SOCIETY FOR DESIGN ENGINEERING   51(10) 737-746   Oct 2016   [Refereed]
The PBL (Problem Based Learning) style educational training project was executed successfully. This project was carried out as a competition between seven teams of the seven different National Institutes of Technology of the Tokai-Hokuriku region....
Yuuichiroh Mitani, Hiroki Tanino, Yuichi Kishi, Yukio Nishi
Memoirs of Numazu College of Technology   49(49) 1-6   Jan 2015
The training course for the teachers who work at the National Institute of Technology proceeded successfully. It was provided by Omron Corporation and started in 2011. Two kinds of new machinery equipment were developed in 2013, i.e. the "Inverted...
Hirotaka Tsutsumi, Yuichiro Mitani, Hirosi Sakuraba, Hiroki Tanino, Yukio Nishi, Ryosaku Kawamura, Yuichi Kishi
Japanese Society for Engineering Education   63(3) 3.73-3.79 (J-STAGE)-3_79   Jun 2015   [Refereed]
This paper deals with advanced factory automation control machine units for education and a trial of creative PBL education. This equipment consists of a PLC in which high-speed command execution processing is possible, a visual sensor, XYZ positi...
Toshihiro HASEGAWA, Yuuichiroh MITANI
National Institute of Technology Numazu College Research Annual   (47) 415-420   Jan 2013
We succeeded to develop an educational apparatus, which is an inverted pendulum control system with an inertia rotor, to support the learning of classical control theory. The inverted pendulum can become a tool to motivate the students to learn ab...
Shoma FUSHIMI, Yuuichiroh MITANI
National Institute of Technology Numazu College Research Annual   (46) 15-20   Jan 2012
We developed an educational support system composed of a simplified DC-motor control apparatus and simulation software. The apparatus is a low cost and simple control experimental device to learn about "feedback control" and "time response". It ha...
Yuuki SANO, Yuuichiroh MITANI
National Institute of Technology Numazu College Research Annual   (46) 9-14   Jan 2012
We succeeded to manufacture a compact magnetic levitation system as PID control learning tool. This system is originated from the experimental apparatus which was developed by Tsushima et al. in 2006 primary for demonstration of an automatic contr...
Mitani Yuuichiroh, Tsushima Ryo
Japanese colleges of technology education journal   33 121-126   Mar 2010   [Refereed]
We succeeded to manufacture a compact magnetic levitation system which costs only about 6,000 yen.The objectives we developed this system are, (1) to design to be able to manufacture at low cost andeasily to utilize for education, (2) the system i...
Tsushima Ryo, Mitani Yuuichiroh
National Institute of Technology Numazu College Research Annual   43 7-14   Jan 2009
We succeeded to manufacture a compact magnetic levitaion system which costs only about6,000 yen per unit. The objectives we developed this system are, (1) to design to be ableto manufacture at low cost and easily to utilize for education, (2) the ...
Aoki Isao, Mitani Yuuichiroh
National Institute of Technology Numazu College Research Annual   42 1-8   Jan 2008
In this paper, we examine inexpensive implementation of active vibration control system for a cantilever beam. In most cases, one of the most difficult problems is that a high-cost controller will be needed to construct such a system. Because, we ...
Tsushima Ryo, Mitani Yuuichiroh
National Institute of Technology Numazu College Research Annual   42 9-16   Jan 2008
In this paper, we show a very simple method to manufacture a low cost magnetic levitation system using microcomputer. This system has been developed in our laboratory; it took about three years to complete. It has four features. 1) A PSoC microcom...
Nabeta Tetsuya, Mitani Yuuichiroh
National Institute of Technology Numazu College Research Annual   41 1-8   Jan 2007
One of the most difficult problems in the ANC (Active Noise Control) is that ANC needs a high-cost controller in general because of the computational complexity. We propose a very simple method which has effectiveness only a specific frequency. Th...
AKISHITA Sadao, MITANI Atsushi, MITANI Yuuichiroh, ITO Shinya
Transactions of the Institute of Systems,Control and Information Engineers   第18巻 第8号, pp.276-283(8) 276-283   Aug 2005   [Refereed]
Active Control of Sound Transmission Through the Panel
Yuuichiroh MItani
Ritsumeikan University      Mar 2002   [Refereed]
MITANI Yuuichiroh, AKISHITA Sadao, INOUE Yasunori, FANG Suping
Transactions of the JAPAN Society of Mechanical Engineers   67(656) 941-947   Apr 2001   [Refereed]
This paper describes sound transmission reduction control through thin plate by using piezoelectric ceramic sensors and actuators, both of which are bonded on both surfaces of the plate. 2-DOF control system is introduced to reject the effect of b...
MITANI Yuuichiroh, AKISHITA Sadao, INOUE Yasunori, FANG Suping
TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS Series A   67巻656号 pp.941-947(656) 941-947   Apr 2001   [Refereed]
This paper describes sound transmission reduction control through thin plate by using piezoelectric ceramic sensors and actuators, both of which are bonded on both surfaces of the plate. 2-DOF control system is introduced to reject the effect of b...
MITANI Yuuichiroh, AKISHITA Sadao, Philip. A. NELSON
Transactions of the Japan Society of Mechanical Engineers. C   65(632) 1419-1425   Apr 1999   [Refereed]
This paper describes the adaptive control of sound transmission through the double panels between which the piezoelectric actuators are installed. The double panel provides us with efficient insulation of the sound transmission over the high frequ...
OHGA Kyoichi, KOBAYASHI Takashi, INOUE Satoshi, MURAMATSU Hisami, MITANI Yuichiro, NAKAZAWA Shingo
National Institute of Technology Numazu College Research Annual   33 1-8   Jan 1999
In March 1998, a practice room for computer-based learning was set up in our mechanical department. Since then, the practice room has been opened for students in the Department of Mechanical Engineering. This paper describes the purpose and the ou...
Yuuichiroh MITANI, Kenji YOKOI, Chris C. H. MA, Sadao AKISHITA, Satoru AOYAMA
TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS   63(613) 3053-3058   Sep 1997   [Refereed]
The most interesting aspect of piezoelectric material is that it can be used as both a sensor and an actuator. In this study, we attempted to use it as a sensor and actuator simultaneously. In order to implement this method successfully, we had to...
Journal of INTELLIGENT MATERIAL SYSTEMS and STRUCTURES   5(3) 371-378   1994

Conference Activities & Talks

 
Stability of the non-conduct conveyance control system with self-identification function
Yuuichiroh Mitani, Haruki Matsui, Yoshimitsu Kobayashi, Yasushi Kami, Masaki Namie
10 Sep 2018   The Japan Society of Mechanical Engineering
Sufficient stabilization effect of the implemented PID controller was confirmed by a comparison with the robust control system. The implemented PID controller was automatically designed on-line by the self-identification function of the non-contac...
The effectiveness of the Control System designed by Finite Number of Frequency Response Models on the Non-contact Conveyance Control System
Ryosuke Tanaka, Yuuichiroh Mitani, Yasushi Kami, Yoshimitsu Kobayashi
5 Sep 2018   The Institute of Electrical Engineers of Japan
This paper shows a synthesis of PI-D control system for a non-contact conveyance system with a finite number of frequency responses (FNFR) model. In this paper, the FNFR model is produced with Fourier transform of input and output signals of the n...
Yuuichiroh Mitani, Ryosuke Tanaka, Yoshimitsu Kobayashi, Yasushi Kami, Masaki Namie
The 14th International Conference on Motion and Vibration Control   5 Aug 2018   The Korean Society of Mechanical Engineers, The Korean Society for Noise and Vibration Engineering
The project for developing a non-contact conveyance control system has been successful. This project is a collaboration with Omron Corporation which mainly produces factory automation equipment. The purpose of this project is to educate and develo...
Miniaturization of educational tool device of the magnetic levitation system using a PLC
Yoshimitsu KOBAYASHI, Shinpachiro URASAKI, Yuuichiroh MITANI
10 May 2017   
This paper describes miniaturization of electromagnetic levitation equipment with a PLC (Programmable Logic Controller). In order to learn advanced control theory with PLC, we constructed electromagnetic levitation equipment with a PLC. However it...
Educational Training Japan-Korea Joint Program For the Manufacturing Control System
Yuuichiroh Mitani, Yasushi Kami, Taku Sato, Yukio Nishi
The 10th International Symposium on Advances in Technology Education   13 Sep 2016   National Institute of Technology, Japan, Nanyang Polytechnic, Singapore, Ngee Ann Polytechnic, Singapore, Republic Polytechnic, Singapore, Singapore Polytechnic, Singapore, Temasek Polytechnic, Singapore
The National Institute of Technology, Japan (KOSEN) and Omron Corporation – in collaboration - launched a new educational training program in 2011. The training program is called “Control Skill Educational Camp” and is held once a year. In 2016, t...
Investigation of the dynamic characteristics and effective use of the compact magnetic levitation system
Takuma Morikawa, Yuuichiroh Mitani
27 Aug 2016   The Japan Association for College of Technology
The proposition of implementation of the noncontact transportation system to PLC (Programmable Logic Controller) was accepted by Omron Corporation. Omron collaborates with many KOSENs and conduct some educational activities such as “Control Techno...
Improvement of stability of the super compact mobility
Yuto Nakazawa, Yuuichiroh Mitani, Taku Sato
27 Aug 2016   The Japan Association for College of Technology
The purpose of this work is design of an effective control system to improve stability of the super compact mobility, and investigation of effectiveness of the control system. The results of a simple experiment and simulation using a radio-control...
Education of the Sequence Control collaborated with Omron Corporation
Yuuichiroh Mitani, Yukio Nishi
27 Aug 2016   The Japan Association for College of Technology
OMRON-Kosen educational collaboration project - Contest of manufacturing technology -
Mitani, Kami, Sato, Shimoo, Kobayashi, Nishi
24 Aug 2016   
Educational Tool Development of a Magnetic Levitation System using a PLC -Control Design based on Time Response of Mechanical and Electrical Systems-
Yoshimitsu KOBAYASHI, Ryota OKUMURA, Yoshihiro NAKAMURA, MITANI Yuuichiroh
8 Jun 2016   The Japan Society of Mechanical Engineering
This paper describes an educational tool development of a magnetic levitation system using
a PLC. In order to learn the feedback control theory easily, we propose the method to design
the feedback controller by a physical knowledge. The magnetic l...
Educational Training Program for the Manufacturing Control System Using the New Type of Programmable Logic Controller SysmacNJ
Yuuichiroh MitaniYuuichiroh Mitani, Hiroki Tanino, Yasushi Kami, Takafumi Kojima, Taku Sato, Yuuki Iwano
The 9th International Symposium on Advances in Technology Education   16 Sep 2015   National Institute of Technology Japan, Nagaoka University of Technology Japan, Toyohashi University of Technology Japan, Nanyang Polytechnic Singapore, Ngee Ann Polytechnic Singapore, Republic Polytechnic Singapore, Singapore Polytechnic Singapore, Tema
The Educational Training System was developed as a tool for the development of the new generation of engineers. The National Institute of Technology, Japan (KOSEN) and OMRON Corporation had collaborated and launched an innovative project in 2011. ...
MITANI Yuuichiroh, TANINO Hiroki, KISHI Yuichi, NISHI Yukio
Mechanical Engineering Congress, Japan   7 Sep 2014   The Japan Society of Mechanical Engineering
Two kinds of new machinery equipment have been developed, they are the "Inverted pendulum" and the "Pick and place control system". Both of them are controlled by the PLC (Programmable Logic Controller) named SysmacNJ, which has a high-speed proce...
MITANI Yuuichiroh
東海支部総会講演会講演論文集   18 Mar 2013   The Japan Society of Mechanical Engineering
HASEGAWA Tomohiro, MITANI Yuiichiroh
東海支部総会講演会講演論文集   18 Mar 2013   The Japan Society of Mechanical Engineering
三谷祐一朗
日本機械学会東海支部総会講演会講演論文集   18 Mar 2013   
長谷川智洋, 三谷祐一朗
日本機械学会東海支部総会講演会講演論文集   18 Mar 2013   
Development of Inexpensive Experimental Apparatuses as Educational Tools Intended to Produce Multiple Units
MITANI Yuuichiroh
6th International Symposium on Advances in Technology Education   19 Sep 2012   Institute of National Colleges of Technology Japan, Nanyang Polytechnic Singapore, Ngee Ann Polytechnic Singapore, Republic Polytechnic Singapore, Singapore Polytechnic Singapore, Temasek Polytechnic Singapore
Two kinds of compact experimental apparatuses had been developed as educational tools in 2011. One of them is A: DC motor speed control system, and the other is B: Magnetic levitation system. Both of them had been developed by graduate students of...
MITANI Yuuichiroh, SANO Yuuki
Mechanical Engineering Congress, Japan   9 Sep 2012   The Japan Society of Mechanical Engineering
A compact magnetic levitation system had been developed as an educational tool. The system is to learn about classical control theory, transfer function, PID feedback control, time response, frequency response, and stability. You don't need any ot...
FUSHIMI Shoma, MITANI Yuichiroh
東海支部総会講演会講演論文集   15 Mar 2012   The Japan Society of Mechanical Engineering
SANO Yuuki, MITANI Yuuichiroh
東海支部総会講演会講演論文集   15 Mar 2012   The Japan Society of Mechanical Engineering
Fushimi Shoma, Mitani Yuuichiroh
Proceedings of the Japan Joint Automatic Control Conference   19 Nov 2011   The Japan Society of Mechanical Engineering
We developed an educational support system composed of a simplified DC-motor control apparatus and simulation software. The apparatus is a low cost and simple control experimental device to learn about "feedback control" and "time response". It ha...
MITANI Yuuichiroh, Tsushima Ryo
年次大会講演論文集 : JSME annual meeting   12 Sep 2009   The Japan Society of Mechanical Engineering
We succeeded to manufacture a compact magnetic levitation system which costs only about 6,000 yen. The objectives we developed this system are, (1) to design to be able to manufacture at low cost and easily to utilize for education, (2) the system...
MOCHIZUKI Kazuki, MITANI Yuuichiroh, TSUYUKI Tadao, FUKASAWA Tetsuya
東海支部総会講演会講演論文集   1 Mar 2009   
OHATA Narumi, MITANI Yuuichiroh
東海支部総会講演会講演論文集   1 Mar 2009   
MITANI Yuuichiroh, Tsushima Ryo
東海支部総会講演会講演論文集   1 Mar 2009   
IKAI Yukinobu, FUKAZAWA Tetsuya, TSUYUKI Tadao, MITANI Yuuichiroh
東海支部総会講演会講演論文集   1 Mar 2008   
AOKI Isao, MITANI Yuuichiroh
東海支部総会講演会講演論文集   1 Mar 2008   
MITANI Yuuichiroh
東海支部総会講演会講演論文集   1 Mar 2008   
TSUSHIMA Ryo, MITANI Yuuichiroh, TAKEUCHI Kengo
東海支部総会講演会講演論文集   1 Mar 2008   
NABETA Tetsuya, MITANI Yuuichiroh
東海支部総会講演会講演論文集   1 Mar 2007   
AOKI Isao, MITANI Yuuichiroh
東海支部総会講演会講演論文集   1 Mar 2007   
MITANI Yuhichiroh
Dynamics & Design Conference   6 Aug 2006   
One of the most serious problem we are facing is the number of estimated parameters is too big to be calculated by using a micro-computer. Moreover, genera feedforward adaptive control algorithm needs real-time system identification of the plant. ...
Nabeta Tetsuya, Mitani Yuuichiroh
東海支部総会講演会講演論文集   1 Mar 2006   
MITANI Yuhichiroh
東海支部総会講演会講演論文集   1 Mar 2006   
Yamamoto Junichi, Mitani Yuichiroh
東海支部総会講演会講演論文集   1 Mar 2005   
MITANI Yuuichiroh, KATO Takehiro
東海支部総会講演会講演論文集   1 Mar 2005   
KATO Takehiro, MITANI Yuuichiroh
東海支部総会講演会講演論文集   1 Mar 2004   
This paper describes extraction of principal problems to control sound transmission through noise barrier: using piezoelectric ceramics bonded on both surfaces of barrier, used as sensors and actuators. Substantial reduction of soundradiation from...
MITANI Atsushi, MITANI Yuichirou, AKISHITA Sadao
Dynamics & Design Conference   16 Sep 2003   
This paper describes the active control systems for reducing coor impulse noise. The control sysmtem is comprised of actively controlled modular thin plates, which wholly cover the surface of concrete slab structure in the ceiling, and in each of ...
MITANI Atsushi, MITANI Yuichirou, AKISHITA Sadao
Dynamics and Design Conference : 機械力学・計測制御講演論文集 : D & D   15 Sep 2003   
This paper describes the active control systems for reducing floor impulse noise. The control sysmtem is comprised of actively controlled modular thin plates, which wholly cover the surface of concrete slab structure in the ceiling, and in each of...
MITANI Yuhichiroh, AKISHITA Sadao, ITOU Shinya, OKUDAIRA Yuzo, KATO Yoshiyuki
年次大会講演論文集 : JSME annual meeting   20 Sep 2002   
This paper describes an active control system for reducing transmitted noise, which is caused by floor impulse and perceived at the downstairs room. The active control system actuated by bi-morph piezoelectric elements are installed in the interme...
AKISHITA Sadao, MATSUMOTO Satoshi, MITANI Yuuichiroh, OKUDAIRA Yuzo, KATO Yukiyoshi
Symposium on Environmental Engineering   9 Jul 2002   
This paper describes the active control systems for reducing floor impulse noise. The control system is comprised of actively controlled modular thin plates, which wholly cover the surface of concrete slab structure in the ceiling, and in each of ...
Active Control of Floor Impulse Noise
Proceedings of Active 2002 CD-ROM   2002   
MITANI Yuhichiroh, AKISHITA Sadao, MINAMIDA Masaya
Dynamics and Design Conference : 機械力学・計測制御講演論文集 : D & D   3 Aug 2001   
This paper describes the design study of sound transmission reduction control through thin plate by using FEM (Finite Element Method). Piezoelectric ceramics, which are bonded of both surface of the plate, are used as sensors and as actuators. Inc...
MITANI Yuhichiroh, AKISHITA Sadao, OKUDAIRA Yuzo, KOBAYASHI Susumu, KATO Yoshiyuki, TOMIYAMA Katsuhito
Dynamics and Design Conference : 機械力学・計測制御講演論文集 : D & D   3 Aug 2001   
This paper describes a prototype model of active control system for reducing transmitted noise, which is caused by floor impulse and perceived at the downstairs room. The active control system actuated by bi-morph piezoelectric elements are instal...
INOUE Yasunori, AKISHITA Sadao, MITANI Yuhichiroh
Dynamics and Design Conference   20 Apr 2001   
This paper describes active noise control with intelligent compound structure. Intellectual compound structure is the panel which contains sensors and actuators in itself. This panel consists of a sheet of piezoelectric plate, which contains elect...
Sound Transmission Control with Intelligent Compound Plate by Using Robust Feedback Control
Proceedings of Inter.noise 2001 CD-ROM   2001   
Mitani Yuhichiroh, Akishita Sadao
Dynamics and Design Conference 2000   1 Sep 2000   
This paper describes the design study for sound transmission reduction control through thin plate by using piezoelectric ceramics, which are bonded of both surface of the plate. H_∝ robust controller is introduced to minimize the sound pawer...
2DOF Active Control of Sound Transmission in Intelligent Compound Structure
Yuuichiroh Mitani, Sadao Akishita, S. Fang
inter.noise 2000   27 Aug 2000   
MITANI Yuuichiroh, AKISHITA Sadao
年次大会講演論文集 : JSME annual meeting   31 Jul 2000   
This paper describes sound transmission reduction control through thin plate by using piezoelectric ceramics sensors and actuators, both of which are bonded on both surface of the plate. Two kind of controllers are introduced as control system. On...
Inoue Yasunori, Akishita Sadao, Mitani Yuhichiroh
関西支部講演会講演論文集   16 Mar 2000   
This paper describes active noise control with intelligent compound material. Intellectual compound material is the panel which contains sensor and actuator in itself. This panel consists of a sheet of piezoelectric plate, which contains electric ...
MITANI Yuuichiroh, AKISHITA Sadao, INOUE Yasunori
日本音響学会研究発表会講演論文集   1 Mar 2000   
Feed-back Control Systems for Cabin Noise Reduction; Design Study on Basic Panel Element
21st AIAA Aeroacoustics Conference   2000   
Active noise control with intelligent compound material
2000   
2DOF Control of Sound Transmission in Intelligent Compound Structure
The 2000 Spring Meeting of the Acoustical Society of JAPAN   2000   
Adaptive 2DOF Control of Sound Transmission through Plate
Sadao Akishita, Yuuichiroh Mitani
5TH AIAA/CEAS AEROACOUSTICS CONFERENCE AND EXHIBIT   2 Dec 1999   
Adaptive 2DOF Control of Sound Transmission through Plate (Application of IMC)
1999   
Adaptive 2DOF Control of Sound Transmission through Plate(Experiment of 2DOF Adaptive Control)
Dynamics and Design Conference '99   1999   
ADAPTIVE 2DOF CONTROL OF SOUND TRANSMISSION THROUGH PLATE MIMO SYSTEM
Sadao Akishita, Yuuichiroh Mitani
Inter.noise 98   16 Nov 1998   
2DOF Control of Sound Transmission through Plate(Experiment by use of FF/FB Hybrid Control)
The 76th JSME Fall Annual Meeting   1998   
2DOF Control of Sound Transmission through Plate Based on System Identification by Subspace Method
Proceedings of The Fourth International Conference on Motion and Vibration Control   1998   
Adaptive 2DOF Control of Sound Transmission through Plate
Dynamics and Design Conference '98   1998   
Self Tuning Control for Sound Transmission through Double Panels by Using Piezoelectric Actuators
Proceedings of the 1997 International Congress on Noise Control Engineering   1997   
Adaptive Disturbance Cancelling Control for Sound Transmission Through Plate by Using Piezoelectric Sensors and Actuators
Proceedings of ACTIVE 97 The 1997 International Symposium on Active Control of Sound and Vibration   1997   
Active Control of Sound Transmission through Plate(Adaptive Control for Multi-Input Multi-Output System)
Dynamics and Design Conference'97   1997   
Active Control of Sound Trasmission by optimal Regulator with System Identification
Proceedings of the 41th Annual Conference of the Institute of Systems, Control and Information Engineers   1997   
Sound Transmission Control through Plate(Adaptive Control for Disturbance Rejection)
1997   
Active Control of Sound Transmission through double panels(Appling of Self-tuning Adaptive Control)
Cynamics and Design Conference'97   1997   
Simultaneous Use of Piezoelectric Ceramics as Sensor and Actuator for Through-plate Sound Transmission Control
1996   
Active Control to Minimize Sound Power Transmission through Panel (Application of Linear Quadratic Regulator)
1996   
Active Control of Sound Transmission through Panel(Effectiveness of Linear Quadratic Regulator depend on Frequency)
Dynamics and Design Conference'95   1995   
Optimal Control of Sound Reduction in Thin Plate by Use of Piezoelectric Ceramics
PROCEEDINGS inter. noise 94   1994   
An Application of Learning Control to a Micro-manipulator Driven by Piezoelectric Bimorph Actuators
PROCEEDINGS 1994 JAPAN-USA. SYMPOSIUM ON FLEXIBLE AUTOMATION   1994   
Development of a Six-axis Force Sensor Using Piezoelectric Ceramics
1993   
Active Control of Sound Transmission Reduction in Rectangular Plate by Using Piezoelectric Ceramics
Proceedings 1993 JSME International Conference on ADVANCED MECHATRONICS   1993   

Works

 
Pick & Place Learning System
MITANI Yuuichiroh   Educational Materials   Nov 2013
Three-axis Stage for the Pick & Place
MITANI Yuuichiroh   Educational Materials   Jul 2014
Inverted Pendulum Learning System
MITANI Yuuichiroh   Educational Materials   Jun 2013
Compact Magnetic Levitation System with Auto-tuning Function of PID Control
MITANI Yuuichiroh   Educational Materials   Mar 2006

Research Grants & Projects

 
Japan Society for the Promotion of Science: Grants in Aid for Scientific Research
Project Year: Apr 2016 - Mar 2020    Investigator(s): MITANI Yuuichiroh
Omron Corporation: Collaboration Project Between Omron Corporation and NIT Numazu College
Project Year: Jun 2018 - Mar 2019    Investigator(s): MITANI Yuuichiroh
National Institute of Technology: Research Network Construction Project
Project Year: Jul 2017 - Mar 2019    Investigator(s): Yasushi Kami
Toyohashi University of Technology: H30 Educational Research Project Between Toyohashi University of Technology and KOSEN
Project Year: Jul 2018       Investigator(s): MITANI Yuuichiroh
Toyohashi University of Technology: H29 Educational Research Project Between Toyohashi University of Technology and KOSEN
Project Year: Jun 2017 - Mar 2018    Investigator(s): MITANI Yuuichiroh
National Institute of Technology, Numazu College: President Leadership Budget in 2016
Project Year: Apr 2016 - Mar 2017    Investigator(s): MITANI Yuuichiroh
Omron Corporation: Collaborative Research
Project Year: Apr 2014 - Mar 2017    Investigator(s): MITANI Yuuichiroh
National Institute of Technology, Numazu College: President Leadership Budget in 2015
Project Year: Apr 2015 - Mar 2016    Investigator(s): MITANI Yuuichiroh
National Institute of Technology, Numazu College: President Leadership Budget in 2014
Project Year: Apr 2014 - Mar 2015    Investigator(s): MITANI Yuuichiroh
National Institute of Technology, Numazu College: President Leadership Budget in 2012
Project Year: Apr 2012 - Mar 2013    Investigator(s): MITANI Yuuichiroh
National Institute of Technology, Numazu College: Master Plan for Educational Equipment in 2011
Project Year: Apr 2011 - Mar 2012    Investigator(s): MITANI Yuuichiroh
National Institute of Technology, Numazu College: President Leadership Budget in 2010
Project Year: Apr 2010 - Mar 2011    Investigator(s): MITANI Yuuichiroh
National Institute of Technology, Numazu College: President Leadership Budget in 2009
Project Year: Apr 2009 - Mar 2010    Investigator(s): MITANI Yuuichiroh
National Institute of Technology, Numazu College: President Leadership Budget in 2007
Project Year: Apr 2007 - Mar 2008    Investigator(s): MITANI Yuuichiroh
Japan Society for the Promotion of Science: Grants in Aid for Scientific Research
Project Year: Apr 2003 - Mar 2005    Investigator(s): MITANI Yuuichiroh
National Institute of Technology, Numazu College: President Leadership Budget in 2003
Project Year: Apr 2003 - Mar 2004    Investigator(s): MITANI Yuuichiroh
Japan Society for the Promotion of Science: Grants in Aid for Scientific Research
Project Year: Apr 2001 - Mar 2004
National Institute of Technology, Numazu College: President Leadership Budget in 2002
Project Year: Apr 2002 - Mar 2003    Investigator(s): MITANI Yuuichiroh
Active Control of Sound Transmission through Panel

Social Contribution

 
Basic Sequence Control by Using Programmable Logic Controller
[Lecturer]  National Institute of Technology, Numazu College  (National Institute of Technology, Numazu College)  20 Jul 2019
Basic Sequence Control by Using Programmable Logic Controller
[Lecturer]  National Institute of Technology, Numazu College  (National Institute of Technology, Numazu College)  22 Jul 2018
Open Class "Beginner's sequence control using PLC" in 2016
[Lecturer]  National Institute of Technology, Numazu College  (National Institute of Technology, Numazu College)  8 Jul 2017
Open Class "Servo Control using PLC" in 2016
[Lecturer]  National Institute of Technology, Numazu College  (National Institute of Technology, Numazu College)  2 Jul 2016 - 3 Jul 2016
Seminar of Control Technology by Omron Corporation
[Lecturer]  24 Mar 2016 - 25 Mar 2016
Seminar of Control Technology by Omron Corporation
[Lecturer]  26 Dec 2015 - 27 Dec 2015
Open Class "Servo Control using PLC" in 2015
[Lecturer]  National Institute of Technology, Numazu College  (National Institute of Technology, Numazu College)  27 Jun 2015
Seminar of Control Technology by Omron Corporation
[Lecturer]  19 Mar 2015
Seminar of Control Technology by Omron Corporation
[Lecturer]  27 Jan 2014 - 28 Jan 2014
Seminar of Control Technology by Omron Corporation
[Lecturer]  21 Jan 2014 - 22 Jan 2014