Core Projects

Earth Inclusive Sensing

Empathizing with silent voices of animals

　The goal is to detect animal silent voices (conditions, feelings, etc.) with a collar-type device, then to provide feedback in a form that is easy for people to understand. Introducing animal-welfare and grazing-compatible real-time breeding management system to the production site in the livestock industry as AI smart technology.

Management System

Empathizing with the silent voices of communication

　IoT / AI sensing systems that visualize and improve communication in real time have been developed for the first time, and is implemented at universities as a scientific tool for innovative human resource development. In addition, it will be expanded for organizations such as companies.

SyncViewer

Zero Power AI/IoT Platform

Non-Volatile Memory and Logic

IoT edge devices require low standby and operating power. Non-volatile memory and logic technologies are used to reduce standby power, and low-voltage operation is used to reduce operating power. We aim to develop low voltage operated ferroelectric non-volatile memory by Tokyo Tech's original HfO2 ferroelectric film.

Ultra-Low-Voltage Non-Volatile Memory and Logic

IoT-edge AI smart sensing processor

We will develop machine learning algorithms that significantly reduce the amount of computation for ultra-low-power high-speed processing specialized for edge devices, and demonstrate AI processing of sensor data on a low power processor that can be installed in IoT edge devices.

Earth Inclusive Sensors

We will develop sensors that detect various natural phenomena with ultra-high sensitivity, targeting human, social and natural areas.

TeraHerz Sensor	Diamond Quantum Sensor	Graphene Sensor