IoT and security field
Master's Program Graduate School Overview

Graduate School of Information Science

Research Area Overview

Toward the realization of a safe, efficient, and comfortable ultra-smart society, we conduct practical and academic education and research in response to the needs of society and industry, with a focus on devices, systems, networks, and security.

Research Topics

Research and development on a real-time visualization system for truck transport

In recent years, the trucking industry has a market size of approximately 19 trillion yen, and while it has become an indispensable part of people's lives as a "lifeline for life and the economy," the shortage of drivers has become a serious social issue. In order to overcome this situation, various initiatives are being undertaken by industry, academia, and government to solve the problem, such as promoting "work style reform" and "improving productivity," and the use of AI, IoT, etc. is becoming increasingly important.
In this research, we will create a system that uses CO2 sensors to manage driver health conditions and a system that uses temperature and humidity sensors to support quality control during truck transport, and we will investigate the necessary parts by interviewing truck transport companies and analyzing the sensor data.

Future vision: Development of a system to support driver management and quality control during truck transport

IoT and Security Faculty Introduction

full name Research Field Research Themes
Toshihiko Shimokawa ◯ Information network, software, information and communication engineering Next-generation Internet infrastructure technology
Kenichi Ishida ◯ Computational science, electronic devices and electronic equipment, measurement engineering Electromagnetic field backscattering analysis
Koichiro Tanaka ◯ Computer systems and networks, software, electronic design and electronic equipment Research on embedded systems, research on wireless communication systems
Yoshihiro Yasutake ◯ Distributed Systems Concurrency control, adaptive total ordering protocol
Nao Sawada ◯ Computer systems, logic circuits, embedded systems Logic design education methods
Shunichi Ishida ◯ Basic theory of information science, information science Relational Calculus for Information Foundations, Formal Concept Analysis, E-Learning, Information Security
Takashi Shibuta algebra computer algebra

* "◯" indicates a master's course research supervisor