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IWIN2021 Program

Considering the recent circumstance of the COVID-19 pandemic, IWIN2021 committees have decided to hold IWIN2021 on-line.

The electric data of IWIN2021 proceedings can be downloaded here.

Sunday, Septebmer 12, 2021
9:00 - 9:20Opening
9:20 - 10:35Session 1
10:45 - 12:00Session 2
12:00 - 13:00Lunch Break
13:00 - 14:40Session 3
14:50 - 16:30Session 4
16:40 - 17:55Session 5
Monday, Septebmer 13, 2021
9:00 - 10:40Session 6
10:50 - 12:00Keynote Speech
12:00 - 13:00Lunch Break
13:00 - 14:40Session 7
14:50 - 16:30Session 8
19:00 - 20:00Awards and Closing

Oral presentations will consist of a 15 minutes presentation and 10 minutes of questions.

Keynote Speech

Chair: Shinji Kitagami (Fukui University of Technology)

  • Digital innovation towards sustainable society
    Dr. Akio Yamada

Session 1: AI I

Chair: Katsuhiko Kaji (Aichi Institute of Technology)

  1. The proposal on the positioning mechanism using surveillance cameras
    Shin-ichi Yamamoto, Ryuji Kubota, Tetsuya Yokotani, Yuichi Tokunaga, Masashi Saito, Hironao Kawamura, and Hayato Kanayama
  2. Contour generation for object detection utilizing Cycle-GAN with error monitoring
    Tsukasa Kudo
  3. Verifications of influence by unknown longer titles of work on robustness of deep learning NER
    Yukihisa Yonemochi and Michiko Oba

Session 2: AI II

Chair: Hiroshi Mineno (Shizuoka University)

  1. Predicting microclimate based on difference from meteorological observatory
    Genki Nishikawa and Takuya Yoshihiro
  2. Estimating the best time to see cherry blossoms using SNS and time-series forecasting of tweet numbers using machine learning
    Tomonari Horikawa, Munenori Takahashi, Masaki Endo, Shigeyoshi Ohno, Masaharu Hirota, and Hiroshi Ishikawa
  3. Maintaining soundness of social network by understanding fake news dissemination and people's belief
    Risa Kusano, Kento Yoshikawa, Hiroyuki Sato, Masatsugu Ichino, and Hiroshi Yoshiura

Session 3: IoT and ITS

Chair: Yuichi Tokunaga (Kanazawa Institute of Technology)

  1. Multi-channel communication of LoRa using time division multiple access
    Shuto Ishikawa, Hikaru Yabe, Sakauchi Ryotaro, Nomoto Yota, Segawa Shunsuke, Eto Yuki, Naoyuki Masuda, and Mikiko Sode
  2. Localization method for an autonomous cart as a guard robot
    Yuya Sawano, Yuto Nagai, Takayuki Suzuki, and Ryozo Kiyohara
  3. A CyReal approach to sensor system development
    Kei Hiroi, Akihito Kohiga, and Yoichi Shinoda
  4. Proposal of an efficient downward communication method for a large-scale data collection system using MQTT
    Fuya Aoki, Koichi Ishibashi, and Tetsuya Yokotani

Session 4: Network

Chair: Takuya Yoshihiro (Wakayama University)

  1. A new Interest forwarding method coping with the publisher migration in NDN
    Taichi Iwamoto and Tetsuya Shigeyasu
  2. A proposal on mechanisms of ICN with traffic control functions for IoT communication
    Atsuko Yokotani, Hiroshi Mineno, Satoshi Ohzahata, and Tetsuya Yokotani
  3. A study on assistant devices for presentation of distinctive viewers’ POV in 360-degree Internet live broadcasting
    Masaya Takadaa and Yoshia Saito
  4. An efficient large-scale video-on-demand system on edge computing environments
    Satoru Matsumoto and Tomoki Yoshihisa

Session 5: Security and Algorithm

Chair: Tomoya Kitani (Shizuoka University)

  1. Towards resistance to memory inspection attacks on plausibly deniable distributed file systems
    Ryouga Shibazaki, Hiroshi Inamura, and Yoshitaka Nakamura
  2. A study on division impossibility in the lightweight N-party secure function evaluation for cloud-edge computing applications
    Yutaro Taki, Shigeru Fujita, and Norio Shiratori
  3. Verification of shell script behavior by comparing execution log
    Hitoshi Kiryu, Shinpei Ogata, and Kozo Okano

Session 6: Agricultural IT

Chair: Kei Hiroi (Kyoto University)

  1. Proposal of a small robot for agricultural observation
    Kenji Terada, Masaki Endo, Takuo Kikuchi, and Shigeyoshi Ohno
  2. Implement of low cost based IoT system in the paddy field to labor-saving and feasible study in Otari village, Japan
    Kazuma Nishigaki and Kanae Matsui
  3. A feature generation method for plant growth prediction using random forests
    Asada Yosuke and Yoshihiro Takuya
  4. Remote monitoring system for mushrooms using LoRa communication
    Hikaru Yabe, Shuto Ishikawa, Ryotaro Sakauchi, Yota Nomoto, Shunsuke Segawa, Yuki Eto, Naoyuki Masuda, and Mikiko Sode

Session 7: Application I

Chair: Tomoo Inoue (University of Tsukuba)

  1. A system to directly feed back the audience's attention ratio to the presentation venue
    Yuichi Takyo and Katsuhiko Kaji
  2. Software edutainment systems and analysis of learners' data based docker and edutainment
    Ryosuke Tsutsumi, Jiujun Wei, Shinpei Ogata, Masaaki Niimura, and Kozo Okano
  3. Development of a rainwater utilization system using LoRaWAN
    Shinji Kitagami and Toshihiro Kasai
  4. Design-thinking information system development methods for the information-impaired people
    Koji Yamada, Toru Takahashi, Sakiko Kasuya, and Nobuhiro Kataoka

Session 8: Application II

Chair: Yoshia Saito (Iwate Prefectural University)

  1. A proposal of method for collecting daily physical and mental state data using communication tools among parenting generation
    Kanae Matsui and Kazuma Nishigaki
  2. A safety training system of a portable grinder that combines virtual reality with an actual tool
    Tomoo Inoue and Asuki Nakanishi
  3. Development of a benchmark system on power-related control by BACnet/IP
    Kohei Miyazawa, Tetsuya Yokotani, and Hiroaki Mukai
  4. Quantitative process improvement for progress management process
    Akihiro Hayashi
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