University Exhibition

Laboratory Introduction

Kaho Laboratory measures wideband power amplifiers for 4G / 5G mobile phone base stations and designs phased arrays.
So Laboratory interests wireless signal processing, wireless access control protocol, antenna design, flight control for UAV and interference cancelation.

Laboratory Introduction

In our course, graduation research is conducted from the third year of the undergraduate program. When both laboratories are combined, total 35 students, including master course students, are enrolled in the laboratory, and each one is conducting research on one theme of their own. Students acquire a wide range of knowledge and improve their practical skills through weekly seminars.

Laboratory Introduction

Our laboratory consists of the digital circuit group and the analog circuit group. This time, the analog circuit group will be exhibit at the MWE University exhibition. The analog circuit group focuses on the high-frequency telecommunication circuit, so, this time we exhibit the recent progress of the study of LNAs and VCOs in our group.

Laboratory Introduction

Laboratory Introduction

Our laboratory is devoted to studying microwave/light-wave and EM circuits related technologies for wireless and optical communication. Our studies span from the design and fabrication of hardware circuits to the development of EM simulation software. We are researching UWB and ultra-high-speed passive circuits, including synthesis theory for narrowband and UWB filters, chip-to-chip interconnection technology, photonic devices, and leakage radiation related EMC/EMI. Our goal is to establish a GPU-accelerated parallel-processing computer-based large-scale virtual factory for the automatic design of EM and optical circuits through the integration of light-wave, millimeter-wave, and microwave simulation software into a common platform.

Laboratory Introduction

We are studying metamaterials containing anisotropic media or nonreciprocal elements in order to develop new microwave functional elements that support the ever-increasing speed, and acoustic metamaterials for soundproofing technology.

Laboratory Introduction

We are working on electromagnetic metamaterials, which is composed of subwavelength-scale unit cells, creation of new functionalities, and their implementation in wireless communication systems.

Laboratory Introduction

Light and radio waves are used not only in communications but also in various fields such as industry, medical care, and energy applications, and their progress is remarkable. In our laboratory, we are working on the development of most advanced technologies using light and radio waves, centering on optical and microwave devices.