In our group, we focused on the molecular mechanism by which the ligands on the virus surface recognize the differences in receptors present on the cell membrane surfaces of humans and other animals. Incorporating this "biomimetic approach,...

Encrypted control is a next-generation control technology that provides secure implementation of control algorithms, such as PID controls, to be processed in ciphertext. The secure implementation of the encrypted control is realized by int...

This groundbreaking catalyst revolutionizes fuel cell technology by substituting the O2- anion within mayenite C12A7 with a halogen element or electron. This strategic modification results in exceptional capabilities for both the hydrogen o...

Memorism Processors are processors that takes over “processing that requires data detection”, which conventional processors such as CPU and GPU struggle with. The division of tasks between conventional processors and Memorism Processors en...

In Kan Laboratory at the University of Electro-Communications, we are conducting research on unique MEMS optical sensors and devices by fabricating micro- to nano-sized metal diffraction gratings and pillar structures on silicon. Normally, ...

Impedance matching plays a crucial role in microwave circuits, particularly for loads like microwave plasma, which tend to experience impedance fluctuations. Continuous impedance matching becomes essential in such cases. To address this, we...

Plasma Applications Co., Ltd., a research and development-based venture originating from Shizuoka University, developed microwave excited atmospheric pressure plasma needle generator that can be used for various surface processing operation...

Up to today, the evaluation of image quality was performed by statistically processing and quantifying the subjective assessments of a large number of people, which requires many work processes. In our laboratory, we have developed an algo...

We are a certified venture company that originated from the University of Electro-Communications (UEC), Tokyo, Japan. Our core focus lies in groundbreaking research and development of non-contact vital sign sensing technology. At our compa...

Earthworms move through narrow spaces by peristaltic movements. In Nakamura group, we are developing a robot that simulates the peristaltic movement of an earthworm by using our original artificial muscles as its constituent parts which "c...