Scope
Optical and Electromagnetic Waves (OEW) Lab studies research topics that aim to improve electrical, electronic, and telecommunication systems in speed and reliability. Our research is related to specific design technology to intentionally control and reduce unintentional electromagnetic waves, or electromagnetic noise, generated by electrical, electronic, and telecommunication equipment. Such design technology is called EMC design. EMC is short for electromagnetic compatibility and means the ability of an equipment or system to function satisfactorily in its electromagnetic environment without introducing intolerable disturbance to anything in that environment. EMC consists of two aspects, EMI (electromagnetic interference) and EMS (electromagnetic susceptibility). The former is the ability that a system cannot interfere with other systems or subsystems. In contrast, the latter is the one that system must continue to operate correctly in the presence of interference from others or transient disturbances and often called electromagnetic immunity as well.
What's new
| The lab name was changed to Secure Hardware Design Lab. | |
| Mr. Masaki Himuro completed a journal paper as the top author and was published in IEEE Transactions on Electromagnetic Compatibility.DOI | |
| Associate Professor Kengo Iokibe joined the lab. | |
| Mr. Masaki Himuro completed a journal paper as the top author and was accepted in IEEE Transactions on Electromagnetic Compatibility. | |
| Mr. Sho Kanao completed a journal letter as the top author and was published in IEICE Transactions on Communications.DOI | |
| Assitant Professor Kengo Iokibe completed a journal paper as the top author and was accepted for Transactions of The Japan Institute of Electronics Packaging. | |
| Lab members have been updated. | |
| We published a journal paper on IEICE Communications Express (ComEX). Download | |
| Mr. Masaki Himuro won the Best Student Paper Award of the 22022 International Symposium on Electromagnetic Compatibility (EMC Europe 2022). | |
| Mr. Masaki Himuro presented a new research results entitled "FPGA Switching Current Modeling Based on Register Transfer Level Logic Simulation for Power Side-channel Attack Prediction" at 2022 International Symposium on Electromagnetic Compatibility (EMC Europe 2022). | |
| Assistant Professor Kengo Iokibe presented a new research results entitled "A Study for Improving Signal-to-Noise Ratio Measurement Method in Side-Channel Information Leakage of Cryptographic Hardware" at 2022 IEEE International Symposium on Electromagnetic Compatibility, Signal & Power Integrity (EMC+SIPI 2022). | Our research result entitled "Mode-Conversion Reduction Using Tightly Coupled Asymmetrically Tapered Bend for High-Density Differential Wiring" was published in IEICE Transactions on Communications. | Our research result entitled "Evaluation of Side-channel Leakage Simulation by Using EMC Macro-model of Cryptographic Devices" was published in IEICE Transactions on Communications. |
| Our research result entitled "Evaluation of Side-channel Leakage Simulation by Using EMC Macro-model of Cryptographic Devices" was published in IEICE Transactions on Communications. | |
| Tomonobu Kan presented his research project entitled Examination of Requirements for Power Side-channel Attack Resistance Evaluation Boards of Cryptographic Integrated Circuits at IEICE HWS. | |
