IWIN2023 Program

Friday, September 1, 2023
17:00 - 19:00	Registration

Saturday, September 2, 2023
9:00 - 9:10	Opening
9:10 - 11:10	Session 1: Systems and Applications 1
11:20 - 12:20	Keynote Speech 1
12:20 - 13:20	Lunch Break
13:20 - 15:50	Session 2: Intelligent Transportation Systems
16:10 - 18:40	Session 3: Network and Security

Sunday, Septebmer 3, 2023
8:40 - 11:10	Session 4 : Sensing and Analysis
11:20 - 12:20	Keynote Speech 2
12:20 - 13:20	Lunch Break
13:20 - 15:20	Session 5 : Multimedia and Communication
15:30 - 17:30	Session 6 : Systems and Applications 2

Monday, Septebmer 4, 2023
9:00 - 11:00	Open Discussion
11:00 - 12:00	Scientific Excursion
12:00 - 12:30	Awards and Closing

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

Keynote Speech 1

Chair: Akihiro Hayashi(Shizuoka Institute of Science and Technology)

• Transforming Manufacturing with Information Technology
  Dr. Hidetoshi Mishima and Dr. Toshisada Mariyama

Keynote Speech 2

Chair: Yoshia Saito (Iwate Prefectural University)

• A Compiler System Supporting Memory Shared by Heterogeneous Machines
  Prof. Dr.Hitoshi Aida

Session 1: Systems and Applications 1

Chair: Katsuhiko Kaji (Aichi Institute of Technology)

1. A Study on a Power Interchange Method for Realizing Net-Zero Energy for Multiple Small Communities
   Masashi Saito, Tomoki Nomura, and Yuichi Tokunaga
2. Development of a Disaster Safety Confirmation Collection System using Q-ANPI Service linked with Web Interface
   Mitsuki Sano, Takuma Sato, Masao Isshiki, and Keiichi Abe
3. River Water Level Prediction Using Radar Rainfall with Deep Learning
   Futo Ueda, Hiroto Tanouchi, Nobuyuki Egusa, and Takuya Yoshihiro
4. Suggesting System for Improving Intellectual Productivity in Teleworking
   Kanae Matsui and Katsuma Takagi

Session 2: Intelligent Transportation Systems

Chair: Kozo Okano (Shinshu University)

5. Relieving Traffic Congestion Stably by Controlling Amount of Vehicles Detouring from Congested Roads
   Arisa Kitano and Takuya Yoshihiro
6. A Transfer Scheduling Method for Ride-sharing Services to Alleviate Traffic Congestion
   Shion Suzuki and Takuya Yoshihiro
7. Development of a Framework for Jaywalking Risk Map to Reduce Pedestrian-to-Vehicle Accidents
   Yuich Tokunaga, Atsushi Yamamoto, and Masash Saito
8. Autonomous Driving on Community Roads using Small Mobility -Route Generation using Trajectory Prediction and 2D TTC-
   Takumi Seita, Shunsuke Michita, Seiji Komiya, and Toshihiro Wakita
9. A LiDAR Point Cloud Data Fusion from Connected Autonomous Vehicles to reduce Network Traffic Congestion at Server
   Haripriya Pasupuleti, Yoshinao Wada, Kenjiro Yamada, Takuro Sone, and Tomoya Kitani

Session 3: Network and Security

Chair: Tomoya Kitani (Shizuoka University)

10. A Scheduling Method for LoRaWAN Assuming a Mixture of Incompatible Devices
    Tabasa Ishibashi and Takuya Yoshihiro
11. Comparison on Function and Performance between MQTT and DDS for IoT DEP
    Masaki Mitsuuchi, Kazuhiro Kosaka, Tetsuya Yokotani, and Koichi Ishibashi
12. Study of an Implementation Method of Point-to-multipoint Communication for IoT Data Exchange to Reduce Traffic on an IoT Network
    Takahiro Shiohara, Koichi Ishibashi, and Tetsuya Yokotani
13. Robust WRED to Mitigate Low-rate DoS Attack
    Daisuke Sato, Hiroshi Inamura, Shigemi Ishida, and Yoshitaka Nakamura
14. A Two-Dimensional-Trust-Based Recommendation Method for Job Placement Assistance
    Yoshinobu Kawabe and Tetsuhisa Oda

Session 4: Sensing and Analysis

Chair: Takuya Yoshihiro (Wakayama University)

15. Analysis and Sharing of Cooking Actions Using Wearable Sensors
    Ayato Kumazawa, Fuma Kato, Katsuhiko Kaji, Nobuhide Takashima, Katsuhiro Naito, Naoya Chujo, and Tadanori Mizuno
16. Method for Estimating Bicycle Air Pressure Decrease based on Vibration Sensing of Bicycles using Smartphone
    Rui Yamaguchi, and Katsuhiko Kaji
17. Evaluation of Human Recognition Method by 2D-LiDARs
    Haruki Mochizuki, Takuya Watanabe, Yuya Sawano, Yoshiaki Terashima, and Ryozo Kiyohara
18. Estimating the Best Time to View Cherry Blossoms using Natural Language Processing Tasks
    Ryoga Sato, Yusuke Takamori, Kenji Terada, Masaki Endo, Tsuyoshi Tanaka, Shigeyoshi Ohno, and Hiroshi Ishikawa
19. Relation between Time-series Forecasting Methods and Estimation of Best Times to See Cherry Blossoms
    Asahi Iha, Kenji Terada, Masaki Endo, Tsuyoshi Tanaka, Shigeyoshi Ohno, and Hiroshi Ishikawa

Session 5: Multimedia and Communication

Chair: Yuichi Tokunaga (Kanazawa Institute of Technology)

20. Comparative of Experienced and Inexperienced People by Shoot Form Analysis from Free Throws of Basketball using 2-D Joint Position information and Slow Motion
    Tetsuto Mukai, Shota Ihigaki, and Keiichi Abe
21. Disaster Victim Impact Analysis System using a Communication Failure Emulator
    Kei Hiroi, Akihito Kohiga, Sho Fukaya, and Yoichi Shinoda
22. "I'm Going Right" or "Please Go to the Right": Disambiguation in Arrow Display on Mobile Robots to Avoid Collision with Passersby
    Yo Kuwamiya, Taketo Imagawa, and Minoru Kobayashi
23. A Broadcast-based Online Machine Learning System for Environmental Value Prediction
    Tomoki Yoshihisa, and Rikuto Kotouge

Session 6: Systems and Applications 2

Chair: Kei Hiroi (Kyoto University)

24. DNN-based Fault Localization with Virtual Coverage based on Number of Executions
    Takuma Ikeda, Hitoshi Kiryu, Shinpei Ogata, and Kozo Okano
25. A Spherical POV Heatmap using Mixed Reality in 360-degree Internet Live Broadcasting
    Yoshia Saito and Junichiro Suto
26. A Trial to Use Physical Avatars to Establish Gaze Awareness in Hybrid Meetings
    Kenta Ohnaka, Taai Tsukidate, Yo Kuwamiya, Kazuyuki Iso, and Minoru Kobayashi
27. Exploring Key Concepts in Arts and Mental Health: A Questionnaire-based Analysis of Perception on Arts, Sports, and Therapy
    Michi Komura, Hajime Kaneko, Midori Ishihara, and Akihiro Hayashi

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