Faculty Members
Faculty of Engineering Science
h.ito@kansai-u.ac.jp
【Laboratory】 Dynamics Computing
【Research Field】 Dynamics Computing
・Numerical analysis of nonlinear and chaotic dynamical systems・Design of nonlinear dynamics and dynamics-based computing
Trajectory design of dynamical systems
ohashi@kansai-u.ac.jp
【Laboratory】 Electrical Machinery
【Research Field】 Electrical Machinery
・Motor drive・Linear drive system and magnetic levitation system for transportation and conveyance system・Application for superconductor
Electric vehicle
kita@kansai-u.ac.jp
【Laboratory】 Wave Information Engineering
【Research Field】 Wave Information Engineering
・Investigation of the Auditory System and the Device Application・Metamaterial・Phononic crystal
Characteristic measurement of high-frequency devices
kojiri@kansai-u.ac.jp
【Laboratory】 Knowledge Information Systems
【Research Field】 Intellectual Activity Support Systems
・Verbalization Support System for Tacit Knowledge・Logical Thinking Support System・Environment Design for Intelligent Activity
ICT interview training
tsaiki@kansai-u.ac.jp
【Laboratory】 Ultra-High Frequency Engineering
【Research Field】 Laser Engineering and Energy
・Development of high-power and high-efficient solar-pumped solid-state lasers・Applications of Reduced Metal nanoparticles by Laser Ablation in Liquid to Energy Field・Magnetic Levitation and Propulsion System Using Rotational Permanent Magnets
Solar-pumped laser
toku@kansai-u.ac.jp
【Laboratory】 Kansei Information Systems
【Research Field】 Kansei Information Engineering
・Interactive evolutionary computation・Human-robot interaction・Kansei information retrieval system
Collaborative design support robot
shamada@kansai-u.ac.jp
【Laboratory】 Electrical Application Systems
【Research Field】 Electrical Application Engineering and Bioelectromagnetics
・Safety studies on human exposure to electric and magnetic fields around power equipment・Estimating conditions of electric power transmission and distribution systems・Control of eddy-current distribution using arrayed coils for magnetic stimulation
Numerical calculation example of electric field distribution in body during electric shock
hirata@kansai-u.ac.jp
【Laboratory】 Network Design
【Research Field】 Information Networks
・Future networking・All-optical networking・Network optimization
All-optical network
matsu@kansai-u.ac.jp
【Laboratory】 Optical Information Systems
【Research Field】 Optical Information Systems
・Creation of 3D images by computer holography・Capture of high-definition wavefield・Simulation in wave-optics
Reconstructed image of computer-generated hologram
miyoshi@kansai-u.ac.jp
【Laboratory】 Mathematical Information Engineering
【Research Field】 Stochastic Information Processing
・Statistical Mechanics of Information Processing・Machine Learning・Signal Processing
Three-layer model composed of true teacher, teacher, and student
yama-m@kansai-u.ac.jp
【Laboratory】 Information Communication Engineering
【Research Field】 Information Communication Engineering
・New Generation Networks(Future Internet)・Content Delivery
Approach to next-generation Internet
yomo@kansai-u.ac.jp
【Laboratory】 Wireless Networking
【Research Field】 Wireless Networking
・Wireless network control for mobile communications network・Advanced radio resource management with intelligent wireless access・Cross-layer protocol design for wireless network
Experimental platform for swarm robot networks
wadat@kansai-u.ac.jp
【Laboratory】 Information Networks
【Research Field】 Wireless Communication Systems
・Wireless communications for next generation Intelligent Transport Systems・Emergency Rescue Evacuation Support System・Indoor navigation by using passive RFID tags
Pedestrian dash-out prediction experiment
emay@kansai-u.ac.jp
【Research Field】 Kansei Information Systems
・Empathetic Conversational Agents・Language Learning Support Systems・Creative Thinking Support System
Conversational agent aimed at supporting conversation motivation improvement
satos@kansai-u.ac.jp
【Laboratory】 Electronic Device Engineering
【Research Field】 Semiconductor Device Physics
・Device and process simulation・TEG development for device analysis・Theory and modeling on semiconductor physics
Example of semi-failure extraction result by material evaluation TEG
motonaka@kansai-u.ac.jp
【Laboratory】 System Control Engineering
【Research Field】 Autonomous Mobile Systems
・Motion planning for a quadrotor・Autonomous control system for group flight・Path planning in an unknown environment
Indoor small drone for control
sohy@kansai-u.ac.jp
【Laboratory】 Image Processing Engineering
【Research Field】 Multimedia Information Processing
・Deep Learning for Image Understanding and Text Processing・Recommender Systems and Learning to Rank・Social Network Analysis and Computational Social Science
Multimedia information retrieval based on user interests
yonetsu@kansai-u.ac.jp
【Laboratory】 Information Electromagnetics
【Research Field】 Electromagnetics
・Evaluation and optimizing technique about electromagnetic induction phenomena for IH cooker and inductive power transfer apparatus・Evaluation and optimizing technique about electromagnetic environment
Magnetic flux density distribution simulation in contactless power supply device
osawa@kansai-u.ac.jp
【Research Field】 Plasma Application Engineering
・High-Power Discharge-Type Plasma Neutron Sources・Research on RF Plasma Ion Sources for Fusion Reactor Divertor Material Testing・Research on Optical Plasma Measurement Techniques
Discharge state of ion source of plasma neutron source
y-kwon@kansai-u.ac.jp
【Research Field】 Intelligent Robotics
・AI for Robots Learning Through Dialogue・Action Planning Using Foundation Models・Physics Simulator for Robots
Motion planning on physical simulator for robots
kondo_k@kansai-u.ac.jp
【Research Field】 Power Electronics and Power Systems
・Distribution System Voltage Control・Power System Frequency Control・Electrical System Harmonic Suppression
Experiment on power electronics circuit
h_nishi@kansai-u.ac.jp
【Research Field】 Optical System Design
・Wave Optics System Analysis・Design and Fabrication of Diffractive Optical Elements・Texture Representation in Computer Holography
Fabrication of diffractive optical elements by laser direct writing
