TakashiYamanoue

Papers/発表論文

2021

  • Takashi Yamanoue,
    "An Attempt of Automatic and Flexible Operation of Campus Equipment Using Bot Computing,"
    SIGUCCS '21: ACM SIGUCCS Annual Conference, March 2021 Pages 30–35, https://doi.org/10.1145/3419944.3441163
    • abstract: An attempt of automatic and flexible operation of equipment in a campus is discussed. This operation was realized by Bot Computing, a framework for Internet of Things (IoT). Bot computing enables remote control of edge devices which are protected by NAT routers, from the Internet. Any electric appliance can be controlled using the combination of Bot Computing and an edge device with an Infra-Red (IR) transmitter, if the appliance has the IR remote controlled function. We can program the power-on time and the power-off time of any electric appliance, by writing a script on a Wiki page on the Internet, using the Bot Computing. We can change the program anytime, anywhere. We also can force turn on or force turn off the appliance anytime, anywhere. We have used this to realize a large digital signage system by using windows of a building at our university. The signage system displays university information at night. We could have planned operation of video projectors in a building. We could also have forced turn on video projectors and changed the plan of operation from the outside of the building, which is locked at night.
  • Shigekazu Katagiri, Takashi Yamanoue, Kazuki Yoshizu, Shinji Hira,
    "Preventing COVID-19 Infection in a University Using Office 365,"
    SIGUCCS '21: ACM SIGUCCS Annual Conference, March 2021 Pages 60–65, https://doi.org/10.1145/3419944.3441219
    • abstract: Preventing COVID-19 infection in a university using a cloud computing service, Microsoft Office 365, is discussed. In order to start in-person classes safely, our university decided to survey health status of every student and staff member, every day. The student or the staff member is asked to not to come to campus if there is a symptom of COVID-19 infection or if they did not fill out the survey sheet daily for two weeks. If there are no symptom of COVID-19 for two weeks, there is almost no possibility of infection of COVID-19 or the person had recovered from the infection. The survey data is collected and analyzed with Office 365 to minimize time and effort. In addition to the survey, we made the class seat assignment sheets using our academic affair system and Excel. The assigned seats were used in order to coduct contuct tracing if a student tested positive with COVID-19.
  • 山之上 卓 , 中原 光稀 ,
    「スマートフォンで操作する双方向大型窓デジタルサイネージシステムの試作」,
    情報処理学会研究報告インターネットと運用技術(IOT), vol. 2021-IOT-52, no.27, pp.1 - 6, 2021-02-22
    • 概要: 従来の大型窓デジタルサイネージシステムを拡張し,「双方向大型窓デジタルサイネージシステム」を開発した.このシステムは,大型窓デジタルサイネージの画面の近くにいる不特定多数の人々が,自分の持つスマホでその画面の表示を制御することを可能にするものである.このシステムは,大型画面と不特定多数の人との間を双方向に情報が流れることで,新しいエンターテイメントとして利用できる可能性がある.このシステムの利用例として,窓に大きく表示されたゲーム画面を,その近くにいる不特定多数の人々が,それぞれが所有するスマートフォンを使って制御することが可能なゲームを開発することができた.
    • SlideShare

2020

  • 村上 順也, 山之上 卓
    「Rを使ったマイニングマルウェアの通信の特徴検知の試行」
    第22回IEEE広島支部学生シンポジウム(HISS)論文集, pp.218-221, オンライン (2020-11)
    • 概要: 仮想通貨の価格の上昇と比例してマイニングマルウェアが増加し,感染すると利用者が知らないうちにCPUリソースを奪われることから,これを検知して除去する必要がある.ウイルス対策ソフトでは,ゼロデイアタックは検知できないため,通信の観測によってマイニングマルウェアを検知したい.本稿では,現在開発中の悪性Botnet包囲網のAgent Botで収集したパケット情報をRで分析し,マイニングウェアの特徴をもとにマイニングの動作を検知できるのではないかと仮定し,その可能性の検証を行っていることについて述べる.
  • Takashi Yamanoue, Junya Murakami
    "Development of an Intrusion Detection System Using a Botnet with the R Statistical Computing System,"
    11th International Conference on E-Service and Knowledge Management (ESKM 2020), 1 – 15 September, Online Congress Japan,pp. 59-62, (2020-9)
    • abstract:Development of an intrusion detection system, which tries to detect signs of technology of malware, is discussed. The system can detect signs of technology of malware such as peer to peer (P2P) communication, DDoS attack, Domain Generation Algorithm (DGA), and network scanning. The system consists of beneficial botnet and the R statistical computing system. The beneficial botnet is a group of Wiki servers, agent bots and analyzing bots. The script in a Wiki page of the Wiki server controls an agent bot or an analyzing bot. An agent bot is placed between a LAN and its gateway. It can capture every packet between hosts in the LAN and hosts behind the gateway from the LAN. An analyzing bot can be placed anywhere in the LAN or WAN if it can communicate with the Wiki server for controlling the analyzing bot. The analyzing bot has R statistical computing system and it can analyze data which is collected by agent bots.
  • Takashi Yamanoue,
    "Monitoring of Servers and Server Rooms by IoT System that Can Configure and Control its Terminal Sensors Behind a NAT Using a Wiki Page on the Internet"
    Journal of Information Processing(JIP), 2020 Volume 28 Pages 204-213
    • abstract: This paper describes a method of monitoring servers or server rooms by an Internet of Things (IoT) system that can configure and control terminal sensors behind a network address translation (NAT) router through a Wiki page on the Internet. This IoT system consists of Wiki pages and a bot (Wiki Bot) that runs on Raspberry Pi with sensors. A Wiki Bot can be placed behind the NAT router to resist various online attacks. The IoT system can monitor servers behind a NAT router over the Internet. A Wiki Bot is controlled by sending commands from the Wiki page. It acquires data from its sensors and processes the data via a command sequence of commands. The sensors settings and the data sampling rate can be remotely changed by changing the commands on the Wiki page.
    • https://doi.org/10.2197/ipsjjip.28.204
  • 村上順也,山之上卓,
    マイニングマルウェアの通信の特徴抽出の試行,
    情報処理学会 研究報告インターネットと運用技術(IOT), Vol. 2020-IOT-48,No. 6,pp. 1-6. (2020-2)

Papers from 2010 to 2019

Papers from 2000 to 2009

Papers until 1999


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Last-modified: 2021-03-17 (水) 23:10:33 (27d)