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Technology Partnership Seminar.

Networked Environment Sensing System
Professor MATSUMOTO, Yoshinori
Department of Applied Physics and Physico-informatics
This booth exhibits the system which measures the weather or radiation information including position information by using low power sensor and integrated circuit technologies. The data transmits by the mobile or sensor network, and indicates with a map or photograph after the collection and analysis by cooperating with a server.

A New Technology of the Recycle of the Waste Solvent Removed VOC by Vacuum Evaporation with Air Flow
Professor TANAKA, Shigeru
Department of Applied Chemistry
The recycle of the waste solvent removed VOC is necessary to reduce its treatment cost and environmental load. A new technology of the recycle of the waste solvent was developed by Vacuum Evaporation with Air Flow to evaporate efficiently VOC from the waste solvent in real time.

Removal Technology for IPA(Iso Propyl Alcohol) in the Exhaust Gas
Professor TANAKA, Shigeru
Department of Applied Chemistry
We have developed the removal technology for IPA in the exhaust gas emitted by the production process of semiconductor. The lightweight, low-cost, porous poly urethane foam is used as a filter media. The removal solution is sprayed on its surface and IPA is absorbed.

Inkjet Printed Chemical Sensors for Healthcare and Environmental Analysis
Associate Professor CITTERIO, Daniel
Department of Applied Chemistry
Standard inkjet printing technology has become an important tool for industrial mass production. We demonstrate that this technology is applicable to produce low-cost paper and plastic substrate-based chemical sensing devices for healthcare and environmental analysis.

Chemical Sensors and Probes for Healthcare, Environmental Analysis and Bioimaging
Professor SUZUKI, Koji
Department of Applied Chemistry
Our laboratory’s research goal is the development of highly sensitive and selective chemical sensors and bioimaging probes. Here, we present (1) novel bright fluorescent and chemiluminescent dyes for various target analytes, (2) functional MRI contrast agents for specific target detection, and (3) fluorescent probes for selective bioimaging.

Simulation of the optimal hedging strategy in the financial market
Associate Professor IMAI, Junichi
Department of Administration Engineering
The crashes have recently occurred in the financial market. Levy process has been proposed as the stochastic process to describe the crashes. Using simulation, our laboratory is trying to show the differences between Levy process model and the traditional model and to research new hedging methodologies in Levy process model.

Building Agent-based Simulation Environment with Geographical/Spatial Information for Evacuation Planning
Assistant Professor IIJIMA, Tadashi
Department of Administration Engineering
The goal of this research is to build a geo-simulation environment for evacuation planning by using an agent-based simulation technique.

Business Rule/Process Management with Fine-Grained Information Access Control Policies
Assistant Professor IIJIMA, Tadashi
Department of Administration Engineering
The aim of this research is building an environment and tools for Business Rule/Process Management with various kinds of Roles and Fine-Grained Information Access Control Policies.

Building Human Behavior Recognition and Cooperative Working Support Environment using Various Sensors
Assistant Professor IIJIMA, Tadashi
Department of Administration Engineering
The aim of this research is building support environment for human actions by estimating some kind of situations, such as position, pose, intention of user from observation by various sensors.

Challenge of thermal and reactive fluid dynamics for energy and environmental issues
Professor UEDA, Toshihisa
Department of Mechanical Engineering
Research on Combustion, hydrogen reformer, and chaotic mixing has been doing to solve energy and environmental issues from the viewpoint of thermal and reactive fluid dynamics.

Control Theoretic Approach for Smart Energy Management Systems
Associate Professor NAMERIKAWA, Toru
Department of System Design Engineering
Presently, distributed energy systems, including renewable energy generators such as photovoltaic (PV) cells and wind turbines, are drawing attention. We propose safe and reliable cooperative distributed control, as well as estimation and prediction methodologies, for smart electrical power network management systems, including renewable energy generators.