Noguchi Laboratory
Researcher
Toshihiko NOGUCHI
National University Corporation Shizuoka University
Faculty of Engineering – Department of Electrical and Electronic Engineering
Professor
Research content
- Power electronics power converter and motor drive research
Asama Laboratory
Researcher
Junichi ASAMA
National University Corporation Shizuoka University
Faculty of Engineering – Department of Mechanical Engineering
Associate Professor
Research content
- Magnetically levitated bearingless motor, Design and control for electric rotating machines
Takeshita Laboratory
Researcher
Takaharu TAKESHITA
Nagoya Institute of Technology
Dept. of Electrical and Electronic Engineering
Professor
Research content
- Power distribution system utilizing power electronics device control
- High-efficiency AC/AC power converter & high-efficiency AC/DC power converter control
- Application of electromagnetic field numerical analysis utilizing finite element method
- Research relating to optimally designed electrical machinery utilizing various optimization techniques
Nagasaki-lab
- Mixed signal signal processing and power conversion circuit
- Switching-Mode Power Supply
- Integrated Power Supply Circuits
- Sensor network Sensor Network Circuits & Systems (with IoT / WoT)
Chuba-san
- Analysis about Control Model for Position Sensorless Control of PMSMs based on Expression of Imaginary Electromotive Force,
- Position Sensorless Control System within Over-modulation Range Based on Mathematical Model Robust against Magnetic Saturation of IPMSMs,
- PMSM Sensorless Control Based on Position Estimation Correction Using All-Pass Filters, IEEJ Transactions on Industry Applications,
- Position Sensorless Flux-Weakening Control of IPMSMs Based on Flux Model Suitable for Maximum Torque Control
- Position Sensorless Control of IPMSMs using Full-Order Flux Observer Based on an Algebraic Design Method
- Parameter Measurements with Unknown Input Observer for IPMSM Position Sensorless Control Based on Maximum Torque Control Frame
- Position Sensorless Torque Estimation of Synchronous Reluctance Motors based on Extended-Flux Model without Core-Loss Measurement
- Position Sensorless Control of IPMSMs Based on a Novel Flux Model Suitable for Maximum Torque Control
Tomoya Kitani Laboratory
- Bike Informatics
- Inter-vehicle communication protocols
Kobaysi Laboratory
- Autonomous humanoid robot to recognize environments without prior knowledge
- A method for balance control of the robot without using a model
- Developing an optimal control protocol for unmanned ground vehicles (UGVs)
- A motion planning of cooperative object pushing by multiple mobile robot
- Development of control model for a robot with elastic components
- Vehicular Ad Hoc Networks (VANETs)
- Sharpening view in bad wheather
- Digitization of document
- Sensing object in water
- Environment recognition by laser sensor on mobile robot
- Environmental recognition by the omnidirectional camera on mobile robot
- Object manipulation by robot arm
- Motion generation of humanoid robot