* The research achievements of Prof. Kondo before 2017 involve students other than Waseda University.
- Year
- Transaction and conference
- Research theme
motor driving control
| Date | Transaction and conference |
Author | Title | Locations | No. | Research theme | Society |
|---|---|---|---|---|---|---|---|
| 2024.11.16 |
international conference |
Keita YONEMURA |
Proposal for Dead-Time Compensation Control, Using “Calculated-Current” Suitable for Low Inductance Motors |
Ajou University, Suwon, Korea |
No.31 |
motor driving control |
Symposium on Semiconductor Power Conversion (S2PC) |
| 2025.04.01 |
international conferences and papers |
Ayumi OBITSU |
Transition Control from Dual to Single Motor to Prevent Speed Reduction during an Open-Circuit Fault in a DC Power System |
France |
motor driving control |
European Conference on Power Electronics and applications |
|
| 2024 |
international conferences and papers |
R. Hasegawa |
Characteristics of Battery-Internal-Heating Method Involving Dq-Axis Current Pulsation in Permanent Magnet Synchronous Motors During Electric Vehicle Operation |
Naples, Italy |
pp. 1-6 |
motor driving control |
2024 IEEE International Conference on Electrical Systems for Aircraft, Railway, Ship Propulsion and Road Vehicles & International Transportation Electrification Conference (ESARS-ITEC) |
| 2024 |
international conferences and papers |
T. Kokago |
Loss Characteristics of PMSM Drive System for Inverter Switching |
Naples, Italy |
pp. 1-5 |
motor driving control |
2024 IEEE International Conference on Electrical Systems for Aircraft, Railway, Ship Propulsion and Road Vehicles & International Transportation Electrification Conference (ESARS-ITEC) |
| 2025.03.19 |
national conferences and papers |
Kenshin Murashima Keiichiro Kondo Minoru Kondo |
Motor Drive Using a DC Power Generation System with a PMSM and a Full-bridge Rectifier |
Meiji University, Tokyo |
5-077 |
motor driving control |
2025 IEEJ, National Competition |
| 2025.01.01 |
academic journal |
Shunsuke Jindo Keiichiro Kondo Minoru Kondo |
Analysis of DC Generation System Using IPMSM and Series Resonant Circuit and Method for Determining Resonant Capacitor Capacitance |
motor driving control |
IEEJ Journal of Industry Applications |
||
| 2024.10 |
academic journal |
Sota Kawashima Keiichiro Kondo Kazuhiko Matsunami |
Torque Feedback MTPA Control using an Estimated Torque Approximation Equation |
Vol. 14 No. 1 |
motor driving control |
IEEJ Journal of Industry Applications |
|
| 2024. 9.19 |
national conferences and papers |
Takuma Sakiyama Keiichiro Kondo Osamu Yamazaki Kazuaki Yuki |
Slip Frequency Correction Method for Slip Frequency Vector Control of Induction Motors Not Affected by Primary Circuit Constant Variation |
Citizen Information Exchange Center, Minamisoma, Fukushima |
SPC-24-166 MD-24-112 |
motor driving control |
Joint Technical Meeting on Semiconductor Power Converter/Motor Drive, IEEJ |
| 2024.8.29 |
national conferences and papers |
Daiki Kato Keiichiro Kondo Takumi Ito |
Proposal of a modeling method for SynRM which is considered Cross-Coupling Magnetic Flux Saturation |
Mito city hall, Ibaraki |
3-51 |
motor driving control |
2024 IEE-Japan Industry Applications Society Conference |
| 2023.11.29 |
international conferences and papers |
Sota Kawashima Keiichiro Kondo Kazuhiko Matsunami |
Torque Feedback MTPA Control Using Flux Approximation Surface |
Chiang Mai, Thailand |
29OSP-P3 |
motor driving control |
2023 IEEE Transportation Electrification Conference and Expo, Asia-Pacific |
| 2023.8.24 |
national conferences and papers |
Ayumi Obitsu Erina Izumi Keiichiro Kondo Shunsuke Tobayashi |
Evaluation of Stability by Filter Time of Back EMF in a Back EMF-Based Induction Motor Speed Sensorless Vector Control System |
WEB+Onsite(Nagoya Institute of Technology.) |
R3-15, 3-72 |
motor driving control |
2023 IEE-Japan Industry Applications Society Conference |
| 2023.5.25 |
national conference |
Keiichiro Kondo Naoteru Kawamura |
Asimple Ff Compensation Method for 1 Pulse Mode Torque Feedback Control of PMSM |
PACIFICO YOKOHAMA, JAPAN |
Session No.41 186 |
motor driving control |
JSAE Annual Congress (Spring) |
| 2023.5.23 |
international conferences and papers |
Sota Kawashima Keiichiro Kondo Kazuhiko Matsunami Shinji Nakazono |
On-line Torque Estimation Using Flux Approximation Surfaces for Torque Feedback MTPA Control |
PACIFICO YOKOHAMA, JAPAN |
C22-MOT 20231071 |
motor driving control |
EVTeC 2023 6th International Electric Vehicle Technology Conference 2023 |
| 2023.5 |
academic journal |
Masaki Nagataki Keiichiro Kondo Osamu Yamazaki Kazuaki Yuki |
First-Order-Delay-Controlled Slip Angular Frequency for the Dynamic Performance of an Indirect-Field-Orientation-Controlled Induction Motor Driving Inertial Load |
– |
OJ-IA-2022-00052.R1 |
motor driving control |
IEEE Open Journal of Industry Applications |
| 2023.1.27 |
national conferences and papers |
Erina Izumi |
Evaluation of Dead-Time Compensation Effectiveness of Induction Motor Speed Sensorless Vector Control System Using Back EMF |
Ritsumeikan University |
SPC-23-034 |
motor driving control |
Joint Workshop on Semiconductor Power Conversion/Motor Drives |
| 2023.1.27 |
national conferences and papers |
Ayumi Obitsu |
Speed Dependence of primary angular frequency Estimation Performance of Back Electromotive Force Based Speed Sensorless Vector for Induction Motor |
Ritsumeikan University |
SPC-23-035 |
motor driving control |
Joint Workshop on Semiconductor Power Conversion/Motor Drives |
| 2023.5 |
academic journal |
Erina Izumi Masaki Nagataki Keiichiro Kondo Shunsuke Tobayashi Hiromitsu Suzuki |
Evaluation of Start-Up Performance of Induction Motor Speed Sensorless Vector Control Using Adaptive Flux Observer Considering Inverter Voltage Error |
– |
Vol.12, No.3 |
motor driving control |
IEEJ Journal of Industry Applications |
| 2022.10.9-13 |
international conferences and papers |
Motoki Hada |
Linear Dead-Time Compensation Control Using the Voltage Command Value Suitable for Low-Inductance Motors |
Huntington Place (Detroit, MI) |
Plenary Poster Session S63 P4902 |
motor driving control |
IEEE Energy Conversion Congress & Expo (ECCE) 2022 |
| 2022.9.22 |
national conferences and papers |
Ayumi Obitsu |
Design of Speed Estimation Gain for Back Electromotive Force Based Speed Sensorless Vector Controlled Induction Motor |
WEB+Onsite(Tanegashima) |
SPC-22-167, MD-22-102 |
motor driving control |
Joint Technical Meeting on “Semiconductor Power Converter” and “Motor drove”, IEE Japan |
| 2022.8.31 |
national conferences and papers |
Masaki Nagataki |
Auto-Tuning Method of Magnetizing Curve in Field-Orientation-Controlled Induction Motor for Traction System |
WEB+Onsite(Sophia Univ.) |
R3-7, 3-31 |
motor driving control |
2022 IEE-Japan Industry Applications Society Conference |
| 2022.8.26 |
national conferences and papers |
Ayumi Obitsu |
Design of Speed Estimation Gain for Back Electromotive Force Based Speed Sensorless Vector Controlled Induction Motor |
WEB |
1-11 |
motor driving control |
IEEJ Tokyo Branch |
| 2022.7 |
academic journal |
|
Online Auto-Tuning Method in Field-Orientation-Controlled Induction Motor Driving Inertial Load |
– |
Vol. 3, pp. 125-140 |
motor driving control |
IEEE Open Journal of Industry Applications |
| 2022.7 |
academic journal |
Naoki Kawamura Keiichiro Kondo Masaki Nagataki |
A Method to Design the Controller for Single Pulse Mode Torque Feedback Control System of IPMSM |
– |
Vol. 11, No. 4. pp. 582-593 |
motor driving control |
IEEJ Journal of Industry Applications |
| 2022.6.9 |
national conferences and papers |
Motoki Hada |
Evaluation of Dead-Time Compensation Control Using Voltage Command Value Suitable for Low-Inductance Motors |
WEB+Onsite |
MD-22-075 |
motor driving control |
The Papers of Joint Technical Meeting on “Motor Drive”, “Rotating Machinery” and “Vehicle Technology”, IEE Japan |
| 2022.5.15-19 |
international conferences and papers |
Erina Izumi |
Improvement of Start-Up Performance at the Standstill Condition of Induction Motor Speed Sensorless Vector Control Using Adaptive Flux Observer |
Hybrid(Himeji + WEB) |
17G1-4 |
motor driving control |
International Power Electronics Conference 2022 |
| 2022.3.1 |
national conferences and papers |
Sota Kawashima |
Torque Feedback MTPA Control Using Magnetic Flux Estimation in IPMSM |
WEB |
MD-22-066 |
motor driving control |
The Papers of Joint Technical Meeting on “Semiconductor “Motor Drive”and “Home appliances consumer”, IEE Japan |
| 2021.10.10-14 |
international conferences and papers |
Masaki Nagataki |
Regenerating-Mode Stabilization of Indirect-Field-Orientation- Controlled Induction Motor for Inertial Load Drive |
WEB |
pp. 4908-4914 |
motor driving control |
13th IEEE ENERGY CONVERSION ＆EXPO -ECCE2021- |
| 2021.8.27 |
national conferences and papers |
Sota Kawashima |
切替型トルク推定式を用いたIPMSMのトルクフィードバックMTPA 制御 |
WEB |
– |
motor driving control |
IEEJ Tokyo Branch |
| 2021.8.25-27 |
national conferences and papers |
Naoki Kawamura Keiichiro Kondo Masaki Nagataki |
A design method of torque feedback control system considering the torque response for IPMSM under the single pulse operation |
WEB |
R2-5 |
motor driving control |
2021 IEE-Japan Industry Applications Society |
| 2021.8.25-27 |
national conferences and papers |
Motoki Hada Kouhei Aiso Keiichro Kondo Yasuaki Aoki
|
Dead Time Compensations Using Voltage Command Value in Low-Inductance Motor |
WEB |
R3-18 |
motor driving control |
2021 IEE-Japan Industry Applications Society |
| 2021.6.3 |
national conferences and papers |
Yusya Sadali Keiichiro Kondo Kohei Aiso Shingo Makishima Kazuki Fujimoto Yuki Nakashima Toshihiro Yamaguchi |
Study on Design Variations of the Induction Motor Railway Traction System to Minimize Losses Under a Torque Performance |
WEB |
MD-21-080 |
motor driving control |
The Papers of Joint Technical Meeting on “Motor Drive”, Rotating Machinery”, and “Vehicle Technology”，IEE Japan |
| 2021.3.3 |
national conferences and papers |
Motoki Hada Kouhei Aiso Keiichiro Kondo Yasuaki Aoki |
Countermeasure Against Current Distortion Caused by Dead Time in Low-Inductance Motor |
WEB |
MD-21-065 |
motor driving control |
The Papers of Joint Technical Meeting on “Semiconductor Power Converter”, “Motor Drive” and “Home appliances consumer”, IEE Japan |
| 2021.3.3 |
national conferences and papers |
Erina Izumi Masaki Nagataki Keiichiro Kondo Syunsuke Tobayashi |
Hight Torque Output Speed Sensor-less Vector Control at Ultra-low Speed Region for Induction Motors |
WEB |
MD-21-064, HCA-21-004, pp. 19-24 |
motor driving control |
Joint Technical Meeting on “Semiconductor |
| 2021.3.1 |
academic journal |
Masaki Nagataki |
Auto Tuning Method in Field-Orientation-Controlled Induction Motor for Traction System |
– |
Vol.141, No.3, pp.249–257 |
motor driving control |
IEEJ Transactions on Industry Applications |
| 2020.11.24-27 |
international conferences and papers |
Yoshihiro Hirano |
Torque Feed-Back MTPA Control for IPMSM Compensating for Magnet Flux Variation Due to Permanent Magnet Temperature |
– |
LS2H-4, pp. 365-368 |
motor driving control |
The 23rd International Conference on Electrical Machines |
| 2020.10.11-15 |
international conferences and papers |
Kohei Aiso |
Motor System Integrated Magnetic Multiple Spur Gear and High Speed Motors for Electric Vehicle |
– |
0388 |
motor driving control |
IEEE ENERGY CONVERSION CONGRESS & EXPO |
| 2020.10.11-15 |
international conferences and papers |
Masaki Nagataki |
Auto Tuning Method to Identify Motor Stator and Rotor Parameter in Field-Orientation- Controlled Induction Motor |
– |
0474 |
motor driving control |
IEEE ENERGY CONVERSION CONGRESS & EXPO |
| 2020.9.7-11 |
international conferences and papers |
Yoshiki Sakurazawa |
Design of the Speed Sensorless Field Oriented Control System for Induction Motors Considering Sudden Change of the Rotor Speed |
– |
– |
motor driving control |
22nd European Conference on Power Electronics and |
| 2018.8.28-30 |
national conferences and papers |
Ryotaro Ikeda |
Study on Design Method for Increasing Power Density of Induction Motors for Electric Railway Vehicle Traction |
Yokohama National University, |
5-36 |
motor driving control |
2018 IEE-Japan Industry Applications Society Conference |
| 2018.6.20-22 |
international conferences and papers |
Masaki Morikawa |
Elucidation of the Cause of Positive and Negative Asymmetric Torque Generation of Self-Excited Wound-Field Synchronous Motor Utilizing Space Harmonics |
Amalfi, |
EMD4312， |
motor driving control |
International Symposium on Power |
| 2018.6.20-22 |
international conferences and papers |
Toru Kashimura |
A Method to Design the Controller of the Voltage Phase Angle Type Torque Feed-back Control System for PMSM |
Amalfi, |
EMD1624, |
motor driving control |
International Symposium on Power |
| 2018.5.20-24 |
international conferences and papers |
Jongwon Heo |
Continuous Operation Control of PMSM in the Case of DC Power Supply Loss (invited paper) |
Niigata， |
22E1-1 |
motor driving control |
International Power Electronics |
| 2014.3.6 |
national conferences and papers |
Takuya Horie |
Study on a continued operation in the direct-current power supply loss for a rotation angle sensorless PMSM |
IEEJ, |
MD-14-058， |
motor driving control |
電気学会 モータドライブ/家電・民生 合同研究会 |
| 2014.3.1 |
national conferences and papers |
Takuya Horie |
Experimental Study on a Restarting Procedure at Coasting Condition for a Rotational Angle Sensorless PMSM |
– |
Vol. 3， |
motor driving control |
IEEJ Journal of Industry Applications |
| 2013.10.26-29 |
international conferences and papers |
Naoki Shiraki |
Study on Maximization Method of Power Density for an Induction Motor |
Busan, |
IMD-0718 |
motor driving control |
International Conference on Electrical |
| 2013.7.11 |
national conferences and papers |
Naoto Kobayashi |
Improvement of Induction Motor Speed Sensor-less Vector Control with the Mechanical Simulator by Compensating Disturbance Torque |
IEEJ, |
MD-13-031, |
motor driving control |
The papers of Unified Technical Meeting on Rotating Machinery and Motor Drive, IEE Japan |
| 2015.3.3-5 |
international conferences and papers |
M.Yokoo |
Damping control of induction motor traction system in single-pulse mode of field weakening region |
Aachen, |
TS3.2.2 |
motor driving control |
IEEE International Conference on Electrical Systems for Aircraft, Railway and |
| 2015.1.23-24 |
national conferences and papers |
Kentaro Matsuo |
Dynamics of torque feed-back control for salient pole permanent magnet synchronous motor |
Osaka Institute of Technology |
SPC-15-027 |
motor driving control |
The papers of technical meeting on semiconductor power converter and Motor Drive, IEE Japan |
| 2014.8.26-28 |
national conferences and papers |
Soichiro Kurita |
永久磁石同期電動機の弱め磁束領域におけるトルク電流フィード バック制御の評価 |
Tokyo Denki University, |
3-39, |
motor driving control |
2014 IEE-Japan Industry Applications Society Conference |
| 2014.6.18-20 |
international conferences and papers |
Naoto Kobayashi |
Induction Motor Speed Sensor-less Vector Control with the Mechanical Simulator with Disturbance Torque Compensation |
Ischia, |
FA1-3 |
motor driving control |
International Symposium on |
| 2014.5.17-18 |
international conferences and papers |
Keiichiro Kondo |
(Invited talk) PMSM and IM Rotational Sensorless Technologies Specialized for Railway Vehicles Traction |
Hiroshima, |
– |
motor driving control |
IEEE 5th International Symposium on |
| 2016.3.1 |
national conferences and papers |
Soichiro Kurita |
Study on Gain Design Method of Continued Operation for DC Power-Supply Loss for a Rotation-Angle Sensorless PMSM |
IEEJ, Tokyo |
MD-16-049 |
motor driving control |
The papers of Joint Technical Meeting on Rotating Machinery, Semiconductor Power Converter and Motor Drive, IEE Japan |
| 2016.3.1 |
national conferences and papers |
Kentaro Matsuo |
Concrete realization method of constant torque control and maximum power control in field-weakening region of IPMSM for driving inertial load |
IEEJ, Tokyo |
MD-16-051 |
motor driving control |
The papers of Joint Technical Meeting on Rotating Machinery, Semiconductor Power Converter and Motor Drive, IEE Japan |
| 2015.9.2-4 |
national conferences and papers |
Kentaro Matsuo |
Study on the Voltage Margin and Design Method in the Torque Feedback Control for Salient Pole Permanent Magnet Synchronous Motors |
Oita University, Oita |
3-45, |
motor driving control |
2015 IEE-Japan Industry Applications Society Conference |
| 2015.8.28 |
national conferences and papers |
Tatsuhito Saito |
Stability analysis of a torque current ripple detecting type phase angle modulation beat-less control for AC-fed railway vehicles |
Hokkaido University, Hokkaido |
SPC-15-122 |
motor driving control |
The papers of Joint Technical Meeting on Rotating Machinery, Semiconductor Power Converter and Motor Drive, IEE Japan |
| 2015.6.1 |
academic journal |
Soichiro Kurita |
The Application of Single-Plus-Mode Inverter to Torque Current Feedback Control of a PMSM in the Field Weakening Range |
– |
Vol. 135， |
motor driving control |
IEEJ Transactions on Industry Applications |
| 2015.6.1 |
academic journal |
Soichiro Kurita |
Study on Continued Operation for the Direct-Current Power-Supply Loss for a Rotation-Angle Sensorless PMSM |
– |
Vol. 135， |
motor driving control |
IEEJ Transactions on Industry Applications |
| 2015.5.10-13 |
international conferences and papers |
Soichiro Kurita |
Anlysis of Stable Operating Condition of q-axis Current Feedback Control System of IPMSM in Flux Weakening Region |
Coeur d’Alene, |
DF-008036 |
motor driving control |
IEEE International Erectric Machines & |
| 2017.3.2 |
national conferences and papers |
Kentaro Matsuo |
Analysis of Torque Response Speed in The Voltage Phase Angle Torque Feedback Control for Field Weakening of IPMSM |
IEEJ, Tokyo |
MD-17-052 |
motor driving control |
|
| 2017.1.27-28 |
national conferences and papers |
Masaki Morikawa |
An Evaluation of Inductance Identification of Wound-Field Synchronous Motor Self-Excited by Space Harmonics |
ダイキン工業株式会社 |
SPC-17-023 |
motor driving control |
The papers of technical meeting on semiconductor power converter and Motor Drive, IEE Japan |
| 2016.12.1 |
academic journal |
Kentaro Matsuo |
Study on the Voltage Margin and Design Method in the Torque Feedback Control for Salient Pole Permanent Magnet Synchronous Motors |
– |
Kentaro Matsuo |
motor driving control |
IEEJ Transactions on Industry Applications |
| 2016.9.25 |
academic journal |
Keiichiro Kondo |
ACドライブシステムのセンサレスベクトル制御（分担執筆） |
– |
ISBN:978-4274219 |
motor driving control |
ACﾄﾞﾗｲﾌﾞシステムのセンサレスベクトル |
| 2016.8.30-9.1 |
national conferences and papers |
Heo Jonwong |
低慣性負荷を持つ永久磁石同期電動機の直流電源喪失時の 運転継続法 |
Gunma University, |
3-20 |
motor driving control |
2016 IEE-Japan Industry Applications Society Conference |
| 2016.6.22-24 |
international conferences and papers |
Kentaro Matsuo |
Method to Design Controller Gains for The Voltage Phase Angle Torque Feed-back Control System |
Capri, |
FB1， |
motor driving control |
International Symposium on Power Electronics, Electrical Drives, Automation and Motion |
| 2016.5.1 |
academic journal |
Naoto Kobayashi |
Induction Motor Speed-Sensorless Vector Control Using Mechanical Simulator and Disturbance Torque Compensation |
– |
Vol. 52 |
motor driving control |
IEEE Transactions on industry applications |
| 2018.3.1 |
national conferences and papers |
Fumihoro Aoki |
Study on an Application of Torque feed-back control to Self-Excited Wound-Field Synchronous Motor Utilizing Space Harmonics |
IEEJ, |
MD-18-059 |
motor driving control |
Technical Meeting on Home and Consumer Appliances and Motor Drive and Home and Consumer Appliances , IEE Japan |
| 2018.3.1 |
national conferences and papers |
Masaki Morikawa |
Online MTPA Control Based on Torque Feedback Control of Self-Excited Wound-Field Synchronous Motor Utilizing Space Harmonics |
IEEJ， |
MD-18-060 |
motor driving control |
The papers of Unified Technical Meeting on Home and Consumer Appliances and Motor Drive and Home and Consumer Appliances , IEE Japan |
| 2018.3.1 |
national conferences and papers |
Ryotaro Ikeda |
Study on Design Method for Increasing Power Density of Induction Motors for Electric Railway Vehicle Traction |
刈谷商工会議所， |
TER-18-026 |
motor driving control |
The Papers of Unified Technical Meeting on Transportation and Electric Railway and Physical Sensor, IEE Japan |
| 2018.3.1 |
national conferences and papers |
Yoshiki Sakurazawa |
Optimization of Torque Reduction Amount During Slip Re-adhesion Control Considering Estimated Tangential Force by Disturbance Observer |
刈谷商工会議所， |
TER-18-037 |
motor driving control |
The Papers of Unified Technical Meeting on Transportation and Electric Railway and Physical Sensor, IEE Japan |
| 2017.9.1 |
academic journal |
Heo Jonwong |
Continuous Operation Control of PMSM with Compressor Loads of Air Conditioners in Case of DC Power Supply Loss |
– |
Vol. 137, |
motor driving control |
IEEJ Transactions on Industry Applications |
| 2017.8.29-31 |
national conferences and papers |
Tsubasa Mineyoshi |
鉄道車両用IMおよびIPMSMにおける中高速域トルク差に着目した ランカーブおよび消費エネルギーの解析 |
函館アリーナ， |
5-44 |
motor driving control |
2017 IEE-Japan Industry Applications Society Conference |
| 2017.8.29-31 |
national conferences and papers |
keiichiro Kondo |
モータ制御の技術革新によるモータドライブの新展開１ －トルクフィードバック制御によるＰＭＳＭ弱め磁束制御－ |
函館アリーナ， |
3-S4-2 |
motor driving control |
2017 IEE-Japan Industry Applications Society Conference |
| (Award) |
national conferences and papers |
Ryotaro Ikeda |
Study on the Method of Power Density Maximization by Integrated Design of the Traction Inverter and the Induction Motor |
– |
MD-19-084 |
motor driving control |
The papers of Technical Meeting on Motor Drive, IEE Japan |
| 2020.3.3 |
national conferences and papers |
Hayato Suzuki |
A Controller Design Method for Single Pulse Mode Torque Feedback Control System of IPMSM |
– |
MD-20-055 |
motor driving control |
The papers of Joint Technical Meeting on Rotating Machinery, Semiconductor Power Converter and Motor Drive, IEE Japan |
| 2020.3.3 |
national conferences and papers |
Masaki Nagataki |
Auto Tuning Method in Field-Orientation-Controlled Induction Motor Considering Primary Side Resistance Fluctuation in Inertial Drive |
– |
MD-20-061 |
motor driving control |
The papers of Joint Technical Meeting on Rotating Machinery, Semiconductor Power Converter and Motor Drive, IEE Japan |
| 2019.12.6 |
national conferences and papers |
Yoshiki Sakurazawa |
Design of Primary Frequency Estimator Gain of the Speed Sensor-less Control for Induction Motors |
国立オリンピック記念 |
S1-3-3 |
motor driving control |
J-RAIL2019 |
| 2019.12.6 |
national conferences and papers |
Masaki Nagataki |
Auto Tuning Method in Field-Orientation-Controlled Induction Motor for Traction System |
国立オリンピック記念 |
S1-3-1 |
motor driving control |
J-RAIL2019 |
| 2019.8.22 |
national conferences and papers |
Ryotaro Ikeda |
Maximizing Power Density by Integrating Drive Inverters and Induction Motor Design |
Nagasaki, |
5-74 |
motor driving control |
2019 IEE-Japan Industry Applications Society Conference |
| 2019.8.1 |
academic journal |
Heo Jonwong |
Design Method Considering the Frequency Band of the Disturbance in the DC Link Voltage Control System of Hybrid Electric Vehicle Driving Systems |
– |
Vol.139, |
motor driving control |
IEEJ Transactions on Industry Applications |
| 2019.5.27-30 |
international conferences and papers |
K.Aiso |
Study of High Speed SRM Using Vector Control for Electric Vehicle |
Busan, |
ThC3-1 |
motor driving control |
2019 International Conference on Power Electronics(ICPE) – ECCE Asia |
| 2019.5.12-15 |
international conferences and papers |
Ryotaro Ikeda |
Study on Design Method for Increasing Power Density of Induction Motors for Electric Railway Vehicle Traction |
Sandiego, |
1545-1550 |
motor driving control |
2019 IEEE International Electric Machines & Drives Conference |
| 2020.9.1 |
national conferences and papers |
Daisuke Akebi |
鉄道車両駆動システムにおけるピーク電力を抑制しつつ 回生エネルギーを維持する 誘導電動機の速度―ブレーキ力特性 |
WEB |
MD-20-120 |
motor driving control |
IEEJ MD・RM・LD |
| 2020.8 |
academic journal |
Ryotaro Ikeda |
Method for Maximizing Power Density by the Integrated Design of the Traction Circuit System for Electric Railway Vehicles |
– |
Vol. 140, |
motor driving control |
IEEJ Transactions on Industry Applications |