Faculty and Researchers

Media Informatics, Pattern Recognition, Medical Image Processing, Computer Vision

Our goal is to build an intelligent computer that behaves like a human. We are engaged in research involving image and audio media on a variety of software systems that take into account human subjectivity, experience, and sensitivity.

Medical Informatics

We apply information technology to medical care safely and without imposing a burden on doctors or patients. To this end, we conduct research on ubiquitous computing, advanced image and video processing, and user-friendly interface technologies.

Aerosols, Remote sensing

Understanding of aerosol properties is impotant role in the climate research. The aim of this work is to estimate aerosol properties by remote sensing from space and ground.

Computer Vision, Image Processing, Pattern Recognition

We study techniques to process images captured by a camera and understand the things in the image and what is happening. We are working on analyzing human behavior from security cameras and the movement of animals in the wild, and we are tackling the development of fundamental technologies for computer vision.

Machine Learning for CAE surrogate modeling, Computational Mechanics (Automatic Model Generation, Finite Element Simulation), Fracture Mechanics, Crack Propagation Analysis, Non-Contact Strain Measurement

We assume that a cell phone will be dropped. Defects exist in structures. But…neither break immediately. To measure and simulate structural strength and damage caused by crack growth, and to develop and do research on evaluation techniques—these are our themes.

Educational Information Technology

This lab focuses on the research field known as e-learning, and conducts R&D on sensing technologies and systems to recognize behavior and actions in education and learning. We make full use of application technologies such as artificial intelligence, multi-media technology, and computer vision.

LED Packaging, Soft Computing, Control Theory

My research interests include LED packaging optimal design based on ray-tracing simulation and machine learning, and big-data analysis of a railway telemeter system.

Traffic Informatics, Human Sensing, Wearable Computing

To achieve a safe and secure traffic environment, we conduct research on using ICT in systems that can understand the individual personality characteristics of each vehicle driver or bicycle rider, and provide safety support tailored to each person.

Natural Language Processing

This laboratory uses text data on the Web to gain important information from them. Based on this, we conduct research into technologies to search for needed information and make practical use of it.

Information Security