| Committee |
Date Time |
Place |
Paper Title / Authors |
Abstract |
Paper # |
| BCT, IEEE-BT |
2026-06-05
15:15 |
Tokyo |
TX
(Primary: On-site, Secondary: Online) |
[Memorial Lecture]
A Study on Preamble Signal for Enhancement of Synchronization Performance of TDD-based FPU
Fumito Ito (NHK) |
NHK Science & Technology Research Laboratories have been researching on improving Field Pick-up Units (FPUs), which are ... [more] |
BCT2026-37
p.17 |
| BCT, IEICE-SIS |
2025-10-03
09:20 |
Fukui |
FUKUI SENKYO bldg.
(Primary: On-site, Secondary: Online) |
SNR Detection for MMSE Demodulation of SC-FDE Wireless System
Tsubasa Saito, Mizuki Sahara, Yuuri Miyamoto, Jyunsei Horikawa, Hiroyuki Hamazumi (Fukui Kosen) |
When applying the SC-FDE (Single Carrier – Frequency Domain Equalization) wireless transmission system to Microwave link... [more] |
BCT2025-75
pp.14-17 |
| BCT, IEICE-SIS |
2025-10-03
09:40 |
Fukui |
FUKUI SENKYO bldg.
(Primary: On-site, Secondary: Online) |
SC-FDE Radio Parameter Study for Microwave links of TV Program Contribution
Yuuri Miyamoto, Mizuki Sahara, Tsubasa Saito, Junsei Horikawa, Hiroyuki Hamazumi (FUKUI KOSEN) |
SC-FDE (Single Carrier - Frequency Domain Equalization) is a wireless transmission system that eliminates inter-symbol i... [more] |
BCT2025-76
pp.18-23 |
IEICE-OFT, IEICE-OCS, IEE-CMN, BCT, IEICE-CQ
(Joint) [detail] |
2024-11-07
13:35 |
Kochi |
|
Advanced FPU realizing co-channel full-duplex transmission.(Part2)
-- About the principle of interference cancellation for full-duplex transmission --
Tatsuhiro Nakada, Hiroki Kato (Hitachi Kokusai Electric), Naoki Shimazaki (HYS Engineering Service), Hiroyuki Takesue, Daiki Hoshi, Mikio Fujikura (Hitachi Kokusai Electric), Takehide Shibayama, Atsushi Iwashita, Ryo Okugawa (Mainichi Broadcasting System) |
We have developing a co-channel full-duplex system using two pairs of one-way transmission FPUs (Field Pickup Unit) . In... [more] |
BCT2024-69
pp.7-11 |
| BCT, IEEE-BT, HOKKAIDO |
2024-07-26
13:30 |
Hokkaido |
Muroran Institute of Technology
(Primary: On-site, Secondary: Online) |
2-Stage Relaying for Millimeter Wave Band FPU Using In Band Full Duplex UAV-assisted Relays
Takuya Kurakake, Fumito Ito, Takayuki Nakagawa, Fumiya Yamagishi, Tsuyoshi Nakatogawa (NHK) |
Hover-in-place Unmanned Aerial Vehicles (UAV) , which are used frequently for filming equipment of program production, a... [more] |
BCT2024-55
pp.16-19 |
| BCT, IEEE-BT |
2024-06-07
15:00 |
Tokyo |
TV-Asahi
(Primary: On-site, Secondary: Online) |
[Memorial Lecture]
Field Trial of Wireless IP Remote Production using TDD-based FPU
Fumito ITO (NHK) |
NHK Science & Technology Research Laboratories have been researching on an advancement of mobile relay FPUs (Field Pick-... [more] |
BCT2024-47
p.15 |
| BCT, IEEE-BT |
2024-03-08
14:35 |
Okinawa |
(Primary: On-site, Secondary: Online) |
Basic Study on UAV Relaying Systems for for FPU
Takuya Kurakake, Fumito Ito, Takayuki Nakagawa, Fumiya Yamagishi, Tsuyoshi Nakatogawa (NHK) |
Hover-in-place Unmanned Aerial Vehicles (UAV) , which are used frequently for filming equipment of program production, a... [more] |
BCT2024-40
pp.19-22 |
| BCT, IEEE-BT |
2023-06-09
15:30 |
Tokyo |
(Primary: On-site, Secondary: Online) |
[Invited Lecture]
Single Frequency Network using Microwave Band for Television Program Contribution
Hiroyuki Hamazumi (Fukui Kosen) |
Wireless links for Television Program Contribution are called FPU (Field Pick-up Unit) in Japan, which is an important d... [more] |
BCT2023-48
pp.13-18 |
| BCT, IEEE-BT |
2023-03-10
14:55 |
Okinawa |
Okinawa RBC
(Primary: On-site, Secondary: Online) |
Field Trial of Wireless IP Remote Production using TDD-based FPU
Fumito Ito, Takahiro Sato, Kiminobu Makino, Takayuki Nakagawa, Tsuyoshi Nakatogawa (NHK) |
The authors have been researching on an advancement of mobile relay FPUs (Field Pick-up Units) for use in moving live pr... [more] |
BCT2023-41
pp.45-48 |
| BCT, IEEE-BT |
2023-02-17
13:30 |
Osaka |
Osaka Museum of History |
Trial Study of SC-FDE Wireless Transmission System for Television Program Contribution using Microwave Band
-- Transmission Performance Evaluation against Non-linear Distortion --
Yusei Minowa, Ryo Motoshiromizu, Shibuki Ichimura, Tomohiko Kimura, Hiroyuki Hamazumi (Tokyo Kosen) |
FPU (Field Pick-up Unit) is important for emergency and live broadcast. Previously, for microwave-band FPU, both SC (Sin... [more] |
BCT2023-27
pp.35-38 |
| BCT, IEEE-BT |
2022-03-11
15:50 |
Online |
|
[Memorial Lecture]
Field Trial of MIMO System with Adaptive Transmission Control for Next Generation Mobile Relay FPU
Takahiro Sato, Kiminobu Makino, Fumito Ito, Fumiki Uzawa, Takayuki Nakagawa, Naohiko Iai (NHK), Kei Hatano, Takuma Ono, Hitoshi Sugiyama, Hikoichi Saito (NHK Technologies, Inc), Yuichi Iwadate (NHK Engineering System, Inc) |
In order to expand a capacity of mobile relay FPUs, the authors have been researching a 4x4 MIMO system with adaptive tr... [more] |
BCT2022-30
p.37 |
| BCT, IEICE-SIS |
2021-10-07
13:25 |
Online |
online |
A Study on Remote Production using Next Generation Mobile Relay FPU
Takahiro Sato, Kiminobu Makino, Fumito Ito, Takayuki Nakagawa, Naohiko Iai (NHK) |
The authors have been researching a next-generation mobile relay FPU (Field Pick-up Unit) for use in mobile live product... [more] |
BCT2021-43
pp.23-28 |
| BCT, IEEE-BT |
2021-03-12
10:35 |
|
Online |
Field Trial of Handover between Multiple Base Stations using MIMO System with Adaptive Transmission Control for Next Generation Mobile Relay FPU
Takahiro Sato, Fumito Ito, Fumiki Uzawa, Takayuki Nakagawa, Naohiko Iai (NHK), Kei Hatano, Takuma Ono, Hitoshi Sugiyama, Hikoichi Saito, Yuichi Iwadate (NHK Technologies, Inc) |
In order to expand a capacity of mobile relay FPUs, the authors have been researching a 4x4 MIMO system with adaptive tr... [more] |
BCT2021-18
pp.1-4 |
| BCT, IEEE-BT |
2021-03-12
11:00 |
|
Online |
Implementation of a Packet Delay Variations Compensation Technology for PTP Transmission over Wireless Links
Takahiro Yamaguchi, Kenji Murase (NHK), Katsunori Aoki (NHK-ES), Takuya Kurakake, Tsuyoshi Nakatogawa, Koichiro Imamura (NHK) |
Remote production is a new style of program production, which is performed at a broadcasting station and a venue separat... [more] |
BCT2021-19
pp.5-8 |
| BCT, IEEE-BT |
2020-03-06
09:30 |
Okinawa |
RBC Hall
(Cancelled) |
Transmission Capacity Expansion of Next Generation Mobile Relay FPU
-- Performance Evaluation by Field Trial --
Fumito Ito, Fumiki Uzawa, Takahiro Sato, Takayuki Nakagawa, Naohiko Iai (NHK) |
In order to expand a capacity of mobile relay FPUs, the authors have been researching a 4x4 TDD-SVD-MIMO system with ada... [more] |
BCT2020-44
pp.49-52 |
| BCT, IEEE-BT |
2018-03-09
13:00 |
Okinawa |
Hirara-Port-Terminal Bldg.(Miyako Island) |
[Memorial Lecture]
Development of 4x4 SVD-MIMO System with Adaptive Transmission Control for Next Generation Mobile Relay FPU
Fumito Ito, Fumiki Uzawa, Kazuhiko Mitsuyama, Naohiko Iai (NHK) |
Super Hi-Vision (SHV) is the next generation broadcasting service using ultra high-definition videos. In Japan, the test... [more] |
BCT2018-43
pp.21-24 |
| BCT, IEEE-BT |
2018-02-23
09:00 |
Toyama |
Kanponoyado-Toyama |
OFDM Pilot Levels of Microwave Link for 4K・8K Broadcasting Program Contribution
Kenji Murase, Hirokazu Kamoda (NHK), Kazuhiko Shibuya (NES), Naohiko Iai, Koichiro Imamura, Hiroyuki Hamazumi (NHK) |
We are developing a microwave link, which we call an FPU (Field Pick-up Unit), that can transmit 4K・8K signals for live ... [more] |
BCT2018-34
pp.41-44 |
| BCT, IEEE-BT |
2017-10-20
13:50 |
Fukushima |
ApioSpace |
A Rate-matching Method Applicable to 4x4 TDD-SVD-MIMO System with Adaptive Transmission Control
Fumiki Uzawa, Fumito Ito, Kazuhiko Mitsuyama, Naohiko Iai (NHK) |
The authors examine increasing the capacity toward 4K/8K transmission of mobile FPU (Field Pick-up Unit) system used for... [more] |
BCT2017-83
pp.9-12 |
| BCT, IEEE-BT |
2017-10-20
14:25 |
Fukushima |
ApioSpace |
Outdoor Field Trial of 4x4 TDD-SVD-MIMO System with Adaptive Transmission Control
Kazuhiko Mitsuyama, Fumiki Uzawa, Fumito Ito, Naohiko Iai (NHK) |
We are conducting research on the next-generation 1.2-GHz/2.3-GHz-band mobile field pick-up unit(FPU) system that can wi... [more] |
BCT2017-84
pp.13-16 |
| BCT, IEEE-BT |
2017-10-20
14:50 |
Fukushima |
ApioSpace |
Radio Wave Propagation Characteristics Modeling for 2.3-GHz-band Mobile Field Pick-up Unit
-- Method of Modeling Using Pilot Signals --
Kei Hatano, Hitoshi Sugiyama (NHK Integrated Technology Inc.), Kazuhiko Mitsuyama, Fumito Ito, Fumiki Uzawa (NHK), Hikoichi Saito (NHK Integrated Technology Inc.) |
We are conducting research and development on the 2.3-GHz-band mobile relay FPU that can wirelessly transmit Super Hi-Vi... [more] |
BCT2017-85
pp.17-20 |