Session Details
[B-17]スマート無線
Thu. Mar 7, 2024 1:45 PM - 5:00 PM JST
Thu. Mar 7, 2024 4:45 AM - 8:00 AM UTC
Thu. Mar 7, 2024 4:45 AM - 8:00 AM UTC
School of Integrated Arts and Sciences K308(HIROSHIMA UNIVERSITY Higashi-Hiroshima campus)
Chair:Tsuchida Hikaru, KENTARO ISHIZU
[B-17-32]Research on Analysis and Visualization Methods for Countermeasures Against Wireless Troubles that Occur in Manufacturing and Medical Settings
○Michio Miyamoto1, Oto Kiriyama1, Ayano Ohnishi1, Yasuyuki Ninomiya1, Yukiko Kishiki1 (1. KOZO KEIKAKU ENGINEERING Inc.)
[B-17-33]Selection of Three Beacons used for Trilateration in Factory Environment
○Kohei Yuzawa1, Takeo Fujii1 (1. The University of Electro-Communications)
[B-17-34]Development of the Indoor Location Estimation by using the FTM
○Hirata Rei1, KOIZUMI Atsushi1, NAGAI Yukimasa2, SUMI Takenori2, SAKAGUCHI
Naotaka2, OGUMA HIroshi1 (1. National Institute of Technology, Toyama College 2.Mitsubishielectric)
Naotaka2, OGUMA HIroshi1 (1. National Institute of Technology, Toyama College 2.Mitsubishielectric)
[B-17-35]USRP Implementation of Synchronized SS-CDMA Communication Function Using Wi-Wi: Feasibility Evaluation by Using Virtual 300 Terminal Condition
○Serena Akasaka1, Suguru Kameda1 (1. Research Institute for Nanodevices, Hiroshima University)
[B-17-36]Non-contact Breathing Rate Measurement Using Millimeter-wave Radar Under Electromagnetic Anechoic Chamber Environment
○Hiroto Fujii1, Miyuna Oka1, Shintaro Arai1, Kohei Saeki1, Ryohei Yoshitake1, Eri Iwata1, Suguru Kameda2, Ataru Yamaoka3 (1. Okayama University of Science, 2. Hiroshima University, 3. S-Takaya)
Break time
[B-17-37]Overview of Reliability-Ensuring Infrastructure for Cybernetic Avatar Teleoperation
- Reliability-ensuring Cybernetic Avatar Infrastructure Allowing Interactive Teleoperation (1) -
○Takeshi Matsumura1, Homare Murakami1 (1. National Institute of Information and Communications Technology)
[B-17-38]Robust Wireless Communications using Multiple RATs - Reliability-ensuring Cybernetic Avatar Infrastructure Allowing Interactive Teleoperation (2) -
○Kazuto Yano1, Takuya Kurihara1, Toshikazu Sakano1 (1. ATR)
[B-17-39]Local Network Intelligentization Algorithms
- Reliability-ensuring Cybernetic Avatar Infrastructure Allowing Interactive Teleoperation (3) -
○Mikio Hasegawa1, Maki Imai1 (1. Tokyo University of Science)
[B-17-40]Reliable Low-latency Communications Leveraged by Information-Centric Networking Technology
-- Reliability-ensuring Cybernetic Avatar Infrastructure Allowing Interactive Teleoperation (4) --
○Hitoshi Asaeda1, Kazuhisa Matsuzono1, Yusaku Hayamizu1 (1. National Institute of Information and Communications Technology (NICT))
[B-17-41]Proposed System Optimization Method Using Device Information Management In Wireless Communication Environment
- Reliability-ensuring Cybernetic Avatar Infrastructure Allowing Interactive Teleoperation (5) -
○Atsushi Wakayama1, Takeshi Matsumura1, Homare Murakami1, Kazuo Ibuka1 (1. National Institute of information and Communications Technology)
[B-17-42]A Study on Communication Quality Control based on Congestion Management for Teleoperation - Reliability-ensuring Cybernetic Avatar Infrastructure Allowing Interactive Teleoperation (6) –
○Kazuo Ibuka1, Atsushi Wakayama1, Homare Murakami1, Takeshi Matsumura1 (1. National Institute of Information and Communications Technology)
[B-17-43]A study on E2E Communication Platform and Its Functions for Low-jitter and Low-latency
- Reliability-ensuring Cybernetic Avatar Infrastructure Allowing Interactive Teleoperation (7) -
○Homare Murakami1, Kazuo Ibuka1, Atsushi Wakayama1, Takeshi Matsumura1 (1. National Institute of Information and Communications Technology)