IEICE Technical Committee

[Date]2020-03-06
[Paper #]NS2019-252

Considering a human mobility model inspired by reinforcement learning

Yuutaro Iwai(CIT), Akihiro Fujihara(CIT),

[Date]2020-03-06
[Paper #]IN2019-118

Method for Improving Estimation Accuracy of GPS Information Error Caused by Ionosphere State

Mikito Mouri(Kyutech), Yuga Maki(Kyutech), Akiko Fujimoto(Kyutech), Kazuya Tsukamoto(Kyutech),

[Date]2020-03-06
[Paper #]NS2019-263

A Cache Placement and Replacement Algorithm for Information-Centric Networks

Ryohei Sato(NTT), Hidetoshi Kawaguchi(NTT), Yuichi Nakatani(NTT),

[Date]2020-03-06
[Paper #]NS2019-257

Improvement of QoE-Driven adaptive video streaming with reinforcement learning

Koji Kawakami(Waseda Univ.), Bo wei(Waseda Univ.), Kenji Kanai(Waseda Univ.), Jiro Katto(Waseda Univ.),

[Date]2020-03-06
[Paper #]NS2019-239

DDoS Attack Observation Method with Honey Pots placed in Botnets

Teruhiro Takahashi(Kogakuin Univ.), Kenichi Baba(Kogakuin Univ.),

[Date]2020-03-06
[Paper #]IN2019-126

A Study on Throughput Improvement of Media Access Control SP-MAC on WLAN Considering Mobility of AP

Mayu Morita(Hiroshima City Univ.), Hiroyasu Obata(Hiroshima City Univ.), Chisa Takano(Hiroshima City Univ.), Kenji Ishida(Hiroshima City Univ.),

[Date]2020-03-06
[Paper #]IN2019-104

A Study on Cyclic Performance Fluctuation of Connections of TCP BBR and CUBIC TCP

Kouto Miyazawa(Kogakuin Univ.), Saneyasu Yamaguchi(Kogakuin Univ.), Aki Kobayashi(Kogakuin Univ.),

[Date]2020-03-06
[Paper #]NS2019-247

Application of IoT Authorization Technology fot Drone Services

Yamasaki Kohsuke(NTT DOCOMO), Ishii Kazuhiko(NTT DOCOMO), Kunito Goro(NTT DOCOMO),

[Date]2020-03-06
[Paper #]NS2019-244

5G Experiment for Remote Control System of Underwater Drone Using 28GHz Band

Yuki Hokazono(NTT DOCOMO), Noriaki Minamida(NTT DOCOMO), Yuji Aburakawa(NTT DOCOMO), Ping Du(UTokyo), Akihiro Nakao(UTokyo),

[Date]2020-03-06
[Paper #]NS2019-241

Implementation of Heterogeneous High-bandwidth and Low-latency Mobile Applications with Low-cost Commercial Equipment for 5G networks

Yujie Zhen(UT), Ping Du(UT), Akihiro Nakao(UT), Yuki Hokazono(docomo), Noriaki Minamida(docomo), Yuji Aburakawa(docomo),

[Date]2020-03-06
[Paper #]NS2019-242

[Technology Exhibit] Machine learning pipeline for analyzing Large-scale traffic

Morikawa Akira(NTT), Bo Hu(NTT),

[Date]2020-03-06
[Paper #]NS2019-212,IN2019-103

[Technology Exhibit] 5G-Enabled Autonomous Driving Experiment to be Implemented on Public Roads

Yudai Sato(KDDI Research), Shuntaro Kashihara(KDDI Research), Tomohiko Ogishi(KDDI Research),

[Date]2020-03-06
[Paper #]NS2019-209,IN2019-100

[Technology Exhibit] Implementation of Function-oriented Network Model for Intent-based IoT Networking

Toshio Soumiya(FUJITSU), Takamichi Nishijima(FUJITSU), Jo Sugino(FUJITSU), Yu Minakuchi(FUJITSU), Hideyuki Matsuda(FUJITSU),

[Date]2020-03-06
[Paper #]NS2019-211,IN2019-102

[Technology Exhibit] Edge Computing Use Cases for 5G

Yoshifumi Sumida(OOL), Shingo Kashima(NTT Communications),

[Date]2020-03-06
[Paper #]NS2019-210,IN2019-101