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All Technical Committee Conferences (Searched in: All Years)
| Committee | Date Time | Place | Paper Title / Authors | Abstract | Paper # | |
| SAT, MICT, WBS, RCC (Joint) [detail] |
2024-05-16 09:55 |
Miyazaki | KITEN Convention hall (Miyazaki) (Primary: On-site, Secondary: Online) |
Numerical Abdominal Phantom for Implantable Human Body Communication Miyu Kodama, Dairoku Muramatsu (UEC)  SAT2024-3 MICT2024-3 |
(To be available after the conference date) [more] | SAT2024-3 MICT2024-3 pp.13-16 |
| PEM (Workshop) |
2023-11-27 - 2023-11-28 |
Hokkaido | Hokkaido Univ. Frontier Research in Applied Sciences Building | Interference-Induced Voltage Measurement for EMI Assessment of Implantable Medical Devices by Exposure to 5G Frequency Radio Wave using Electro-Optical Converter Funa Tsumura, Shuhei Waki, Takashi Hikage (Hokkaido Univ.), Yoshitoshi Tochikura, Takahiro Iyama, Junji Higashiyama, Yasunori Suzuki (NTT DOCOMO INC.) |
To investigate the interference implications in the micro/millimeter wave bands of the increasingly popular 5G technolog... [more] | |
| EMCJ | 2023-06-09 10:55 |
Hokkaido | Otaru Chamber of Commerce & Industry (Primary: On-site, Secondary: Online) |
Experimental Evaluation on RSSI-Based 400MHz Implantable Device Localization Shunsuke Ishiguro, Daisuke Anzai (NIT) EMCJ2023-16 |
Wireless medical devices play an important role in the modern healthcare. Such approach can provide a painless and nonin... [more] | EMCJ2023-16 pp.19-23 |
| MICT, EMCJ (Joint) |
2022-03-04 13:25 |
Online | Online | Experimental Evaluation on TDOA-Based Implant Device Localization Yuta Yasue, Daisuke Anzai, Jianqing Wang (NIT) MICT2021-107 |
A wireless capsule endoscope, one of the implant medical applications with a wireless communication function, has attrac... [more] | MICT2021-107 pp.34-38 |
| EE | 2022-01-27 10:30 |
Online | Online | Design and Experimental Verification of Biomedical Ultrasound WPT System Using Impedance Matching Transformer-less Multi-resonant Tank Sho Yokoi, Tomokazu Mishima (Kobe Univ.) EE2021-32 |
A ultrasound wireless power transfer (UWPT) system for implantable medical devices has been originally developing by the... [more] | EE2021-32 pp.6-11 |
| EST | 2022-01-27 13:00 |
Online | Online | FEM Simulation of induced interference voltage of implantable medical devices near dipole and slot antennas in 5G sub6 frequency band Ohtsuka Atsuki, Takuji Nishikawa, Takashi Hikage (Hokkaidou Univ), Takahiro Iyama, Junji Higashiyama, Yasunori Suzuki (NTT docomo) EST2021-63 |
This paper describes a numerical assessment of implantable medical devices (implantable cardiac pacemaker/implantable de... [more] | EST2021-63 pp.32-37 |
| WPT | 2021-12-09 13:05 |
Online | Online | Basic study of capacitive WPT for implantable medical devices Marimo Matsumoto, Masaya Tamura (TUT) WPT2021-13 |
Implantable medical devices need to have their batteries replaced about 10 years after implantation. Wireless power tran... [more] | WPT2021-13 pp.1-4 |
| PEM (Workshop) |
2021-11-29 - 2021-11-30 |
Hokkaido | Hokkaido Univ. (Hybrid by remote) (Primary: On-site, Secondary: Online) |
Exposure Polarization Dependency of Active Implantable Medical Device EMI in 5G Frequency Band Takuji Nishikawa, Atsuki Ohtsuka, Takashi Hikage, Manabu Yamamoto (Hokkaido Univ.) |
The relationship between electromagnetic interference (EMI) characteristics of implantable medical devices and polarizat... [more] | |
| EE | 2021-01-25 15:20 |
Online | Online (Zoom) | A Study on Design of High Frequency Inverter in Medical Non-contact Power Transmission System Using Ultrasonic Vibration Sho Yokoi, Tomokazu Mishima (Kobe Univ.) EE2020-35 |
In recent years, a Wireless Power Transmission System (WPT) has been attracting much attention and is required to be dev... [more] | EE2020-35 pp.63-68 |
| EMCJ | 2020-07-02 16:10 |
Online | Online | A Study on Allowable Transmission Power of UWB Extremely Low Power Radio for Implantable Devices Ryohei Ono, Daisuke Anzai, Jianqing Wang (NIT) EMCJ2020-17 |
This paper focuses on a capsule endoscope as a promising application example of implant medical devices. UWB (Ultra Wide... [more] | EMCJ2020-17 pp.33-37 |
| MBE, MICT | 2020-01-25 14:00 |
Kumamoto | KKR Hotel Kumamoto | Development of A Location Estimation System for Implantable UWB Devices Kento Kamiya, Daisuke Anzai, Jianqing Wang (NITech) MICT2019-47 MBE2019-76 |
A wireless capsule endoscope, which is one of implant medical devices enhanced by wireless communications, has so far at... [more] | MICT2019-47 MBE2019-76 pp.41-45 |
| MIKA (2nd) |
2019-10-04 10:15 |
Hokkaido | Hokkaido Univ. | [Poster Presentation]
A Peak-Formed-Enhanced EM Imaging Method for Multiple Implant Device Localization Junya Hoshino, Daisuke Anzai, Jianqing Wang (NITech) |
Implant medical devices such as a capsule endoscope play an important role for realizing next-generation medical treatme... [more] | |
| EMCJ | 2019-05-10 13:35 |
Hyogo | A Study on EM Imaging-Based Localization for Multiple Implantable Devices Junya Hoshino, Daisuke Anzai, Jianqing Wang (NIT) EMCJ2019-13 |
Implant medical devices such as capsule endoscope play an important role in realizing next-generation medical treatment.... [more] | EMCJ2019-13 pp.1-6 |
|
| SDM, ICD, ITE-IST [detail] | 2017-08-02 14:35 |
Hokkaido | Hokkaido-Univ. Multimedia Education Bldg. | Energy Efficient Wireless Power Transfer System with Open Loop Dynamic Transmitter Voltage Scaling Control Toru Kawajiri, Hiroki Ishikuro (Keio Univ.) SDM2017-49 ICD2017-37 |
This paper introduces an energy efficient wireless power transfer system in wide load range. In this system, according t... [more] | SDM2017-49 ICD2017-37 pp.129-134 |
| RCC, MICT | 2017-05-12 10:10 |
Tokyo | Kikai-Shinko-Kaikan Bldg. | A Study for the Adaptive Error Correction in Wireless Vision Based Feedback Control under Implant Body Area Network Satoshi Seimiya (Yokohama National Univ.), Kento Takabayashi (Okayama Prefectural Univ.), Ryuji Kohno (Yokohama National Univ.) RCC2017-7 MICT2017-7 |
The capsule endoscope is one of the typical advanced medical devices using wireless information and communication techno... [more] | RCC2017-7 MICT2017-7 pp.31-35 |
| SDM | 2016-11-10 13:30 |
Tokyo | Kikai-Shinko-Kaikan Bldg. | [Invited Talk]
Potential and Prospects of Low-Energy SOI Devices in Sensor Network Era Yasuhisa Omura (Kansai Univ.) SDM2016-81 |
This paper discusses, in detail, the potential and prospects of various SOI devices including SOI TFETs. Device perform... [more] | SDM2016-81 pp.15-22 |
| ICD, SDM, ITE-IST [detail] | 2016-08-01 15:50 |
Osaka | Central Electric Club | [Invited Talk]
A Wireless Power Transfer System with Enhanced Efficiency and Response by Fully-Integrated Fast-Tracking Wireless Constant-Idle-Time Control for Implants Toru Kawajiri (Keio Univ.), Huang Cheng (Broadcom), Hiroki Ihikuro (Keio Univ.) SDM2016-53 ICD2016-21 |
This paper introduces a fully-integrated wireless power transfer (WPT) system using wireless constant-idle-time control.... [more] | SDM2016-53 ICD2016-21 pp.49-52 |
| MICT, RCC | 2016-05-13 13:00 |
Tokyo | Kikai-Shinko-Kaikan Bldg. | Dependable Wireless Feedback Control for Capsule Endoscopes Considering Priority of Sensing Data and Control Command Satoshi Seimiya, Kento Takabayashi, Ryuji Kohno (Yokohama Nat. Univ.) RCC2016-5 MICT2016-5 |
The capsule endoscope is one of the typical advanced medical devices using wireless information and communication techno... [more] | RCC2016-5 MICT2016-5 pp.23-28 |
| MICT, ASN, MoNA (Joint) |
2016-01-29 09:50 |
Kanagawa | Hotel Okada | Performance Evaluation on Localization Method based on Scattered Fields for Implant Medical Devices Hiroki Yamada, Daisuke Anzai, Jianqing Wang (NIT) MICT2015-48 |
Due to increasing demands for realization of advanced medical care, implant medical devices have so far attracted much a... [more] | MICT2015-48 pp.39-43 |
| AP | 2014-06-12 14:20 |
Tokyo | Kikai-Shinko-Kaikan Bldg. | Performance Evaluation of a Dual-band Implantable Antenna Design using a Human-Arm-Model Lin HoYu (KDDI R&D Lab.), Masaharu Takahashi, Kazuyuki Saito, Koichi Ito (Chiba Univ.) AP2014-44 |
Implantable devices (IMDs) have been continually anticipated as a future tool for in-body wireless communication because... [more] | AP2014-44 pp.25-28 |
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