Communication-Network Systems(Date:2023/03/02)

Proposal of GPU configuration change after service launch for environment-adaptive software

Yoji Yamato(NTT),  

[Paper #]IN2022-91
Higher throughput Ad Hoc Networks considering Stand Density in a Forest

Kotaro Inaoka(Nagoya Univ.),  Tutomu Murase(Nagoya Univ.),  

[Paper #]IN2022-69
Sustainable mobile multihop networks for sharing environmental space

Akira Tanaka(NIT, Tokyo College),  Mitsuru Maruyama(KAIT),  Shigeo Urushidani(NII),  Toshiaki Tsujii(OMU),  

[Paper #]NS2022-183
AP Cooperative Mobility Control for Public Mesh Network

Yudai Shibuya(Meidai),  Hiroyasu Obata(Hiroshima City Univ.),  Yohei Hasegawa(Meidai),  Tutomu Murase(Meidai),  

[Paper #]IN2022-88
Improve Correction Accuracy of Tiem Correction Sysytem Based on Tempareture Characteristics of Clock Frequency

Komichi Takezawa(Oyama College),  Naoto Hoshikawa(Oyama College),  Atsushi Shiraki(Chiba Univ.),  Tomoyoshi Shimobaba(Chiba Univ.),  Tomoyoshi Ito(Chiba Univ.),  

[Paper #]NS2022-178
Readability of LED Displays with Flash Display

Akinori Hino(Oyama College),  Naoto Hoshikawa(Oyama College),  Atsushi Shiraki(Cniba Univ),  Tomoyoshi Shimobaba(Chiba Univ),  Tomoyoshi Ito(Chiba Univ),  

[Paper #]NS2022-187
Review of an Autonomous Mobile Temperature Distribution Visualization Robot for Data Centers

Soichiro Honzawa(NIT, Oyama College),  Naoto Hoshikawa(NIT, Oyama College),  Tomoyuki Nissato(CATV),  Atsushi Shiraki(Chiba Univ.),  Tomoyoshi Shimobaba(Chiba Univ.),  Tomoyoshi Ito(Chiba Univ.),  

[Paper #]NS2022-188
An application for aerial display of materials to support learning

Taiyo Yoshida(Oyama College),  Naoto Hoshikawa(Oyama College),  Atsushi Shiraki(Chiba Univ),  Tomoyoshi Shimobaba(Chiba Univ),  Tomoyoshi Ito(Chiba Univ),  

[Paper #]NS2022-189
A Method for Automatic Generation of 3D Objects using Fractal Model and Genetic Algorithm

Kaito Watanabe(NIT, Oyama College),  Naoto Hoshikawa(NIT, Oyama College),  Hirotaka Nakayama(NAOJ),  Atushi Shiraki(Chiba Univ),  Tomoyoshi Ito(Chiba Univ),  

[Paper #]NS2022-190
PathRefiner: Accurate Available Bandwidth Estimation for High-Speed Networks Using Large-Size Virtual Packets

Jingcheng Huang(Nagoya Univ.),  Naoyuki Ito(Nagoya Univ.),  Takashi Oshiba(NEC),  Kozo Satoda(NEC),  Tutomu Murase(Nagoya Univ.),  

[Paper #]IN2022-65
Prospective Preparation of VM Migration for Accuracy Improvement at server nodes in Multi-Stage Information Processing System

Kazutoshi Nakane(Nagoya Univ.),  Yukinobu Fukushima(Okayama Univ.),  Celimuge Wu(The Univ. of Electro-Communications),  Yusheng Ji(NII),  Murase Tutomu(Nagoya Univ.),  

[Paper #]IN2022-73
User cooperative mobility to control throughputs of various RTT TCP flows in Ad-Hoc networks

Naoyuki Ito(Nagoya Univ.),  Hiroyasu Obata(Hiroshima City Univ.),  Yohei Hasegawa(Nagoya Univ.),  Tutomu Murase(Nagoya Univ.),  

[Paper #]IN2022-70
Performance evaluation of service deployment model using virtual network function resizing with per-flow priority

Keigo Akahoshi(Kyoto Univ.),  Eiji Oki(Kyoto Univ.),  

[Paper #]NS2022-179
Longcut route of multiple autonomous mobile robots forming ad hoc networks to avoid interference from other networks

Risa Takeuchi(Nagoya Univ.),  Tutomu Murase(Nagoya Univ.),  

[Paper #]IN2022-71
A study on connection switching for Interfering Wireless LAN environments

Tatauki Sawada(Osaka Prefecture Univ.),  Yosuke Tanigawa(Osaka Metropolitan Univ.),  Hideki Tode(Osaka Metropolitan Univ.),  

[Paper #]NS2022-184
On the throughput of TCPs over wireless mesh networks

Naoshi Sakamoto(TDU),  Yuto Watanabe(TDU),  Satoshi Kouya(TDU),  

[Paper #]NS2022-185
Performance of scheduling model for simultaneous update of multiple service function chains guaranteeing state consistency

Tomoki Takahashi(Kyoto Univ.),  Takehiro Sato(Kyoto Univ.),  Eiji Oki(Kyoto Univ.),  

[Paper #]NS2022-180
Performance Evaluation of Fault-tolerant Controller Placement Model Based on Load-dependent Sojourn Time in Software-defined Network

Shinji Noda(Kyoto Univ.),  Takehiro Sato(Kyoto Univ.),  Eiji Oki(Kyoto Univ.),  

[Paper #]NS2022-171
Blockchain-based Information Management System for Purchasing Information Analysis

Tsuyoshi Ebihara(Nihon Univ.),  Makoto Ito(Nihon Univ.),  Taiju Mikoshi(Nihon Univ.),  

[Paper #]NS2022-199
Task offload and scheduling with edge-peer computing in multi-stage Information processing system to improve progress of computing process

Hidetoshi Asao(NU),  Yukinobu Fukushima(OU),  Celimuge Wu(UEC),  Yusheng Ji(NII),  Tutomu murase(NU),  

[Paper #]IN2022-79
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