教員一覧 List of faculty members

WADA Masaaki 副理事長・副学長、教授

WADA, Masaaki Vice Director, Vice President, Professor

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Research Projects

We are pioneering "Marine IT," a new research field that combines the fisheries industry, a major regional industry in Hokkaido, with rapidly developing information processing technology. Working closely with fisheries research institutes and fishermen (fisheries cooperatives), we are at the forefront of implementing sustainable coastal fisheries (ICT fisheries) through the introduction of ICT. One of our research results, a fisheries resource management system utilizing iPads, has attracted attention both domestically and internationally as an example of the application of information technology in the fisheries industry. Moving forward, we intend to continue conducting research activities that are recognized globally, while remaining closely connected to the local community and pursuing original ideas as a pioneer in ICT fisheries.

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The appeal of research

The research, which began with the goal of providing fishermen with real-time information on water temperature following a mass die-off of scallops, has gradually expanded in scope, gained more collaborators, and continues to grow. As it is an unexplored field of research, if you have creativity and initiative, you can work on research themes that can be shared with the world. The fact that this research is essential for the future of the fisheries industry is appealing, but the greatest appeal is that the results of the research lead to smiles on the faces of fishermen.

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研究 紹 介

Video

• Regional revitalization through IT-driven fisheries (Ministry of Internal Affairs and Communications video channel)
• Regional revitalization through IT-driven fisheries (Innovation Nippon)
• IT fisheries for rigional revitalization (Innovation Nippon)
• Leveraging IT and AI: Eliminating waste and increasing profits! Primary industries (TV Hokkaido)
• Something's Wrong! Japanese Fish: The Challenges of Evolving Fisheries (TV Tokyo)
• Marine IT Project for Realizing Sustainable Fisheries (Future University Hakodate)

Site

• Ocean technology for the future (Iine! Japan)
• The Dinner Table 10 Years from Now – The Challenge of GX in Fisheries (Quarterly Obayashi)
• Marine IT for sustainable fisheries: "Transferring fishing techniques to fishermen" and "improving the efficiency of tuna fishing" (Hokkaido Hal Communications)
• What are the "Marine IT" initiatives that visualize the marine environment? (100 Views of Data Science)
• Visualizing the ocean: Smart fisheries for the future (Kurashigoto)
• "What's important is the rules created by people on the ground, rather than AI": A university professor takes on the challenge of revolutionizing the fishing industry (Gyoppy!)
• International technical cooperation in ICT-based fisheries and aquaculture (Ocean Newsletter)
• Achieving sustainable production and stable supply of marine resources through the generation and analysis of marine culture big data (SATREPS)

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Profile

April 2023.4, Vice President and Vice-Chancellor of Future University Hakodate
2012.4 Future University Hakodate Professor
2007.4 Future University Hakodate Associate Professor
2006.10 Future University Hakodate Assistant Professor
2005.1 Future University Hakodate Lecturer
December 2004.12: Left Towa Electric Manufacturing Co., Ltd.
2004.3 Completed the doctoral course in the Department of Environmental and Biological Resources Science, Graduate School of Fisheries Science, Hokkaido University (special selection for working adults)
2002.4 Enrolled in the doctoral program in the Department of Environmental and Biological Resources Science, Graduate School of Fisheries Science, Hokkaido University (special selection for working adults)
1993.4 Joined Towa Electric Works Co., Ltd.
Graduated from the Department of Fisheries, Faculty of Fisheries, Hokkaido University in March 1993.3.
April 1989.4: Enrolled in the Faculty of Fisheries at Hokkaido University.
Graduated from Miyagi Prefectural Sendai First High School in March 1989.3.
Born in Yaizu City, Shizuoka Prefecture in March 1971.3.

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Bachelor of Science

Doctor of Fisheries Science
Hokkaido University No. 6929
Research on rescue systems for people who have fallen into the sea

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Academic Society

• IEEE
• IPSJ
• Institute of Electronics, Information and Communication Engineers
• Japanese Society of Navigation
• Japanese Society of Fisheries Science
• Japanese Society of Fisheries Engineering

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peer-reviewed paper

1. Ramadhona Saville, Atsushi Fujiwara, Katsumori Hatanaka, Masaaki Wada, Aris Yaman, Reny Puspasari, Hatim Albasri, Nugroho Dwiyoga
   AI-powered decision support system for mariculture: Real-time fish mortality prediction with random forest
   Aquacultural Engineering, Vol.112, 2026
   https://doi.org/10.1016/j.aquaeng.2025.102621
2. Maulana FIRDAUS, Katsumori HATANAKA, Rie MIYAURA, Masaaki WADA, Nina Nocon SHIMOGUCHI, Ramadhona SAVILLE, Achmad ZAMRONI, Rizki Aprilian WIJAYA, Hakim Miftakhul HUDA, Riesti TRIYANTI, Tenny APRILIANI, Radityo PRAMODA
   KEY FACTORS OF SUSTAINABLE MARICULTURE ENTERPRISES IN INDONESIA: FINFISH MARICULTURE CASES FROM STAKEHOLDER PERSPECTIVE
   INTERNATIONAL JOURNAL of CONSERVATION SCIENCE, Vol.14, No.2, pp.685-704, 2023.6
   https://doi.org/10.36868/IJCS.2023.02.21
3. Lindung Parningotan Manik, Hatim Albasri, Reny Puspasari, Aris Yaman, Shidiq Al Hakim, Al Hafiz Akbar Maulana Siagian, Siti Kania Kushadiani, Slamet Riyanto, Foni Agus Setiawan, Lolita Thesiana, Meuthia Aula Jabbar, Ramadhona Saville, Masaaki Wada
   Usability and acceptance of crowd-based early warning of harmful algal blooms
   PeerJ 11:e14923, 2023.3
   https://doi.org/10.7717/peerj.14923
4. Mohamad Natsir, Romy Ardianto, Reny Puspasari, Masaaki Wada
   Application of ICT to Support Sustainable Fisheries Management: Bali Sardine Fishery, Indonesia
   Journal of Information Processing, Vol.30, pp.422-434, 2022.5
   https://doi.org/10.2197/ipsjjip.30.422
5. Foni A. Setiawan, Reny Puspasari, Lindung P. Manik, Zaenal Akbar, Yulia A. Kartika, Ika A. Satya, Dadan R. Saleh, Ariani Indrawati, Keiji Suzuki, Hatim Albasri, Masaaki Wada
   Ontology-assisted Expert System for Algae Identification with Certainty Factor
   IEEE Access, 12 pages, 2021.10
   https://doi.org/10.1109/ACCESS.2021.3123562
6. Shinpei Nagano, Masaaki Wada
   Application of information technology to construction work for work vessels in coastal waters (fishing ports, artificial reefs, harbors)
   Information Processing Society of Japan Transactions on Digital Practice, Vol. 1, No. 1, pp. 20-32, 2020.10
7. Shinpei Nagano, Masaaki Wada, Kenji Matono, Satoshi Uchida, Shuichi Tanaka, Shigenori Suenaga, Makoto Niwa, Akira Nagano
   Regarding the definition of rough weather days in offshore construction and the differences in the utilization rate of work vessels based on the construction period.
   Journal of Japan Society of Civil Engineers, Series B3 (Ocean Development), Vol. 76, No. 2, pp. 606-611, 2020.9
8. Masaaki Wada, Katsumori Hatanaka, Mohamad Natsir
   Development of Automated Sea-Condition Monitoring System for Aquaculture in Indonesia
   Sensors and Materials, Vol.31, No.3(2), pp.773-784, 2019.3
   https://doi.org/10.18494/SAM.2019.2199
9. Hiroaki Taka, Masaaki Wada
   Analysis of current direction and velocity of fishing gear in octopus barrel fishing using location information acquisition.
   Journal of the Japanese Society of Fisheries Science, Vol. 84, No. 2, pp. 202-210, 2018.3
10. Hiroaki Taka, Masaaki Wada
    Fishing location recording system for supporting the fisheries industry
    Information Processing Society of Japan, Digital Practice, Vol. 9, No. 1, pp. 218-238, 2018.1
11. Shinpei Nagano, Masaaki Wada, Shuichi Tanaka, Minoru Nakata, Koki Abe, Masayuki Tahara, Akira Nagano
    Construction and operation of a system for tracking the location and navigation of work vessels in fishing port construction projects.
    Journal of Japan Society of Civil Engineers, Series B3 (Ocean Development), Vol. 73, No. 2, pp. 977-982, 2017.8
12. Ramadhona Saville, Katsumori Hatanaka, Minoru Sano, Masaaki Wada
    Application of information and communication technology and data sharing management scheme for the coastal fishery using real-time fishery information
    Ocean & Coastal Management, Vol.106, pp.77-86, 2015.3
13. I Nyoman Radiarta, Erlania, Ketut Sugama, Hirmawan Tirta Yudha, Masaaki Wada
    Frequent monitoring of water temperature in Pegametan bay, Bali: A preliminary assessment towards management of marine aquaculture development
    Indonesian aquaculture journal, Vol.9, No.2, pp185-193, 2014.12
14. Takahiro Akio, Wada Masaaki, Matsumoto Hirofumi, Hatanaka Katsumori
    Study on a method for extracting the location of Spanish mackerel drift nets in Osaka Bay using fishing vessel position information.
    Proceedings of the Japanese Society of Navigation, 130, pp.37-43, 2014.7
15. Yamazaki Reika, Wada Masaaki, Sano Minoru, Takahiroaki
    A fishing ground extraction algorithm utilizing track information: A case study of octopus barrel fishing.
    Proceedings of the Japanese Society of Navigation, 130, pp.62-68, 2014.7
16. Hideyuki Nakajima, Makoto Okamoto, Emiko Tayanagi, Kenichi Kimura, Masaaki Wada, Hitoshi Matsubara, Hidekatsu Yanagi, Noyuri Mima
    A University that Designs Society: The Structure and Environment of Future University Hakodate
    KEIO SFC JOURNAL, Vol.12, No.2, pp.75-88, 2013.3
17. Takahiro Akio, Wada Masaaki, Matsumoto Hirofumi, Hatanaka Katsumori
    Navigation support initiatives using superimposed positional information for large and small vessels.
    Proceedings of the Japanese Society of Navigation, 128, pp.1-8, 2013.3
18. WADA Masaaki, Hatanaka Katsumori, Shoji Ruri, Matsumoto Hirofumi
    Towards the construction of a ship location information sharing platform: Development of a ubiquitous navigation system.
    Proceedings of the Japanese Society of Navigation, 126, pp.205-211, 2012.3
19. Minoru Sano, Keiji Maeda, Shiro Takayanagi, Masaaki Wada, Katsumori Hatanaka, Shinichi Honmae, Hajime Kikuchi, Kazushi Miyashita
    Estimation of sea cucumber resources in the northern coastal area of ​​Hokkaido using fisheries data.
    Journal of the Japanese Society of Fisheries Science, Vol. 77, No. 6, pp. 999-1007, 2011.11
20. WADA Masaaki, Hatanaka Katsumori, Sano Minoru, Harada Hiroyuki
    Utilization of Information Technology in the Fisheries Industry - VI. ~Utilization of Real-Time Information and Fishery Resource Assessment~
    Proceedings of the Japanese Society of Navigation, 124, pp.355-362, 2011.3
21. Yukiya Saito, Masaaki Wada
    Development of a marine information sharing GPS plotter using general-purpose Linux
    Proceedings of the Embedded Systems Symposium 2010, pp. 137-142, October 2010.10.
22. Keisuke Abe, Masaaki Wada
    Water temperature prediction in scallop farms along the Sea of ​​Japan coast of western Hokkaido using small water temperature observation buoys.
    Fisheries Engineering, 47, 1, pp43-46, 2010.7
23. WADA Masaaki, Hatanaka Katsumori
    The Use of Information Technology in the Fisheries Industry - V. ~Utilization of Marine Broadband~
    Proceedings of the Japanese Society of Navigation, 122, pp.53-59, 2010.3
24. Katsumori Hatanaka, Masaaki Wada
    Development of a seabed geological classification algorithm using discrete wavelet analysis
    Proceedings of the Japanese Society of Navigation, 121, pp.177-183, 2009.10
25. WADA Masaaki, Hatanaka Katsumori
    Utilization of Information Technology in the Fisheries Industry - IV. ~Construction and Evaluation of Marine Broadband~
    Proceedings of the Japanese Society of Navigation, 120, pp.65-71, 2009.3
26. Masaaki Wada, Katsumori Hatanaka, Masashi Toda
    Developing a Water Temperature Observation Network based on a Ubiquitous Buoy System to Support Aquacultures
    Journal of Communications, Vol.3, No.5, pp.2-11, 2008.11
27. Koichiro Enomoto, Masashi Toda, Yasuhiro Kuwahara, Masaaki Wada, Katsumori Hatanaka
    Basic study on extracting scallop regions from seabed images
    Proceedings of the ViEW2008 Vision Technology Practical Application Workshop, pp. 76-81, 2008.
28. Katsumori Hatanaka, Masaaki Wada, Masashi Toda
    Research on seabed geological classification using quantitative fish finders
    Proceedings of the Japanese Society of Navigation, 119, pp.169-177, 2008
29. WADA Masaaki, Hatanaka Katsumori, Toda Masashi
    Development of ubiquitous buoys to support aquaculture
    Transactions of the Information Processing Society of Japan, Vol. 49, No. 6, pp. 1833-1843, 2008.
30. Katsumori Hatanaka, Masaaki Wada, Masashi Toda
    The Use of Information Technology in the Fisheries Industry - III. ~High-Speed ​​Noise Reduction and Seafloor Topography Maps Using Wavelet Transformation~
    Proceedings of the Japanese Society of Navigation, 118, pp.55-63, 200>
31. Katsumori Hatanaka, Masaaki Wada
    A study on data analysis of a seabed topography information acquisition system utilizing fishing vessels.
    Coastal Engineering Papers, 53, pp.1386-1390, 200>
32. WADA Masaaki, Hatanaka Katsumori, Shizukuishi Masami
    The Use of Information Technology in the Fisheries Industry - Part II: Analysis of Depth Sounding Data and Creation of Seafloor Topographic Maps
    Proceedings of the Japanese Society of Navigation, 115, pp.83-89, 2006
33. WADA Masaaki, Kimura Nobuo, Mizukawa Tatsuya, Masuda Minoru
    Regarding the navigation monitoring system for vessels specifically designed for offshore construction work.
    Proceedings of the Japanese Society of Navigation, 113, pp.223-229, 2005
34. WADA Masaaki, Hatanaka Katsumori, Kimura Nobuo, Tenkai Kiyoshi
    The Use of Information Technology in the Fisheries Industry - I. ~Acquisition and Utilization of Three-Dimensional Seabed Topography~
    Proceedings of the Japanese Society of Navigation, 112, pp.189-198, 2005
35. Nobuo Kimura, Kiyoshi Amagai, Kimihiko Ueno, Masaaki Wada, Toshihiro Iwamori
    Forecasting the Rolling Motion of Small Fishing Vessels for Scallop-Hanging Culture under Fishing Operation
    Fishing Engineering, 41, pp.25-33, 2004
36. WADA Masaaki, Miyagawa Kenzo, Yamaoka Makoto, Tenkai Kiyoshi, Kimura Nobuo, Iwamori Toshihiro
    Development of a depth sounding system using a jet ski
    Fisheries Engineering, 41, 1, pp.1-12, 2004
37. WADA Masaaki, Tenkai Kiyoshi, Kimura Nobuo, Iwamori Toshihiro
    Rescue Systems for People Who Fall into the Sea - IV. ~Realizing Rescue Systems in Specific Areas~
    Proceedings of the Japanese Society of Navigation, 111, pp.165-172, 2004
38. WADA Masaaki, Tenkai Kiyoshi, Kimura Nobuo, Iwamori Toshihiro
    Rescue Systems for People Who Have Fallen Overboard - III. Integration with the Operation Management System
    Proceedings of the Japanese Society of Navigation, 110, pp.51-58, 2004
39. WADA Masaaki, Tenkai Kiyoshi, Kimura Nobuo, Iwamori Toshihiro, Nishizawa Naoaki
    Rescue Systems for People Who Have Fallen into the Sea - Part II: Rescue Systems Using Low-Power Radio Transmitters
    Proceedings of the Japanese Society of Navigation, 109, pp.105-112, 2003
40. WADA Masaaki, Tenkai Kiyoshi, Kimura Nobuo, Iwamori Toshihiro
    Rescue systems for people who fall into the sea
    Proceedings of the Japanese Society of Navigation, 108, pp.181-187, 2003

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International conference

1. Mohamad Natsir, Anggawangsa, Masaaki Wada
   Assessing Bali sardine stock status using real-time electronic catch landing data recorder and time series catch database
   International Symposium on Aquatic Sciences and Resources Management, Open Access, 9 pages, doi:10.1088/1755-1315/744/1/012048, 2021.4
2. Mohamad Natsir, Waryanto, Masaaki Wada
   An attempt of digitization Bali Strait purse seine capture fisheries data
   International and National Symposium on Aquatic Environment and Fisheries, Vol.674, 8 pages on WEB-SITE, 2021.3
3. Mohamad Natsir, Regifiji Anggawangsa, Masaaki Wada
   CPUE Calculation and Visualization for Gillnet Fishery in BIWA Lake, Japan using Depth Sensor, GPS Position and Catch Data.
   Global OCEANS 2020 Online Proceedings, 6 pages, 2020.10
4. Kojiro Inoue, Reagan Septory, Hatim Albasri, Masaaki Wada
   Mass Mortality Risk Prediction and Fish Loss Simulation in Mariculture
   Global OCEANS 2020 Online Proceedings, 6 pages, 2020.10
5. Hiroaki Taka, Taishi Sasaki, Masaaki Wada
   Supporting System for Fishery Resource Management Utilizing Convolutional Neural Network
   The 20th International Symposium on Wireless Personal Multimedia Communications, pp.442-447, 2017.12
6. Yudai Hirama, Soichiro Yokoyama, Tomohisa Yamashita, Hidenori Kawamura, Keiji Suzuki, Masaaki Wada
   Discriminating Fish Species by an Echo Sounder in a Set-Net Using a CNN
   Proceedings of the 21st Asia Pacific Symposium on Intelligent and Evolutionary Systems, pp.125-128, 2017.11
7. Masaaki Wada, Kenta Nishioka
   Visualizing the drift of fishing gear using drone
   Proceedings of OCEANS 2017 – Anchorage Conference & Exhibition, 4 pages in CD-ROM, 2017.9
8. Masaaki Wada, Katsumori Hatanaka
   A study of signal processing method to detect juvenile tuna in set-net fishery
   Proceedings of OCEANS 2016 MTS/IEEE Monterey Conference & Exhibition, 4 pages in CD-ROM, 2016.9
9. Hiroaki Taka, Masaaki Wada
   Tidal Level Estimation Using a 5GHz Band Wireless Access System
   ISAP2015 Conference Proceedings, pp.805-808, 2015.11
10. Masaaki Wada
    Prospects of the future squid fishing based on the big data
    Proceedings of OCEANS'15 MTS/IEEE Washington, 6 pages in CD-ROM, 2015.10
11. Ramadhona Saville, Katsumori Hatanaka, Masaaki Wada
    ICT application of real-time monitoring and estimation system for set-net fishery
    Proceedings of OCEANS'15 MTS/IEEE Washington, 5 pages in CD-ROM, 2015.10
12. Masaaki Wada, Shigeya Yasui, Ramadhona Saville, Katsumori Hatanaka
    The development of a remote fish finder system for set-net fishery
    Proceedings of OCEANS – St. John's, Sustainable Fisheries Technologies 1, 6 pages in CD-ROM, 2014.9
13. Masaaki Wada, Katsumori Hatanaka, Ramadhona Saville, I Nyoman Radiarta, Ketut Sugama
    Marine Observation Framework Using ICT for Mariculture in Indonesia
    Proceedings of 2013 OCEANS – San Diego Conference & Exhibition, 6 pages in CD-ROM, 2013.9
14. Masaaki Wada, Minoru Sano, Katsumori Hatanaka, Hiroaki Taka, Makoto Okamoto
    Development of a ubiquitous GIS plotter utilizing mobile facilities for fishery industries
    Proceedings of 2013 MTS/IEEE OCEANS – Bergen, 6 pages in CD-ROM, 2013.6
15. Hiroaki Taka, Daisuke Shibata, Masaaki Wada, Hirofumi Matsumoto, Katsumori Hatanaka
    Construction of a Marine Traffic Monitoring System Around the World
    Proceedings of 2013 MTS/IEEE OCEANS – Bergen, 7 pages in CD-ROM, 2013.6
16. Ramadhona Saville, Katsumori Hatanaka, Minoru Sano, Masaaki Wada, Makoto Okamoto
    Application of ICT and Automatic Resource Estimation for Coastal Fishery Using Real-Time Fishery Information
    Proceedings of 2013 MTS/IEEE OCEANS – Bergen, 5 pages in CD-ROM, 2013.6
17. Masaaki Wada, Katsumori Hatanaka, Minoru Sano, Hiroaki Taka
    Digital diary system for fishery and applications of fishery management
    Proceedings of the OCEANS 2012 MTS/IEEE, Marine life and ecosystems, 6 pages in CD-ROM, 2012.10
18. Masaaki Wada, Katsumori Hatanaka
    Real time seawater observation network for aquaculture
    Proceedings of the OCEANS 2011 MTS/IEEE KONA, Aquaculture: Tools and Techniques, 6 pages in CD-ROM, 2011.9
19. Yukiya Saitoh, Masaaki Wada
    A development of GIS plotter for small fishing vessels running on common Linux
    Proceedings 2011 3rd International Conference on Computer Research and Development, pp.107-111, 2011.3
20. Masaaki Wada, Katsumori Hatanaka, Minoru Sano, Yukiya Saitoh
    Applications of Maine Broadband Framework for Coastal fishing
    Proceedings of the OCEANS 2010 MTS/IEEE SEATTLE, Marine GIS and data fusion, 6 pages in CD-ROM, 2010.9
21. Katsumori Hatanaka, Masaaki Wada
    An algorithm based on the wavelet transform for the classification of seabed textures
    Proceedings of the OCEANS 2010 MTS/IEEE SEATTLE, Classification and pattern recognition, 6 pages in CD-ROM, 2010.9
22. Masaaki Wada, Katsumori Hatanaka
    Design of Marine Broadband Framework for Coastal Fishing and its Applications
    Proceedings of the OCEANS 2009 MTS/IEEE BILOXI, Information Management – ​​1, 6 pages in CD-ROM, 2009.10
23. Koichiro Enomoto, Masashi Toda, Yasuhiro Kuwahara, Masaaki Wada, Katsumori Hatanaka
    Scallop Derection Method in Seabed Images Using Color and Shape Information
    Proceedings of 15th Japan-Korea Joint Workshop on Frontiers of Computer Vision (FCV2009), pp.87-91, 2009
24. Masashi Toda, Koichiro Enomoto, Yasuhiro Kuwahara, Masaaki Wada, Katsumori Hatanaka
    Discussion on Method to Extract Scallop Areas in Seabed Images for Fishery Resources Investigation
    Proceedings of 2009 International Workshop on Advanced Image Technology (IWAIT2009), Image Processing II-20, 6 pages in USB Memory, 2009
25. Masaaki Wada, Katsumori Hatanaka, Masashi Toda, Minoru Sano
    Marine Broadband Framework for Coastal Fishing
    Proceedings of OCEANS '08 MTS/IEEE Quebec, Marine Life and Ecosystems, 6 pages in CD-ROM, 2008
26. Masashi Toda, Koichiro Enomoto, Yasuhiro Kuwahara, Masaaki Wada, Katsumori Hatanaka
    Extraction Method of Scallop Area in Seabed Images for Fishery Resources Investigation
    Proceedings of OCEANS '08 MTS/IEEE Quebec, Optical Sensing and Applied Metrology, 5 pages in CD-ROM, 2008
27. Masaaki Wada, Katsumori Hatanaka, Masashi Toda
    Practical Use of Personal Buoy System for Fishery Using Sensor Network Technologies
    Proceedings of OCEANS 2007 MTS/IEEE Vancouver BC Canada, Buoy Technology/Performance, 6 pages in CD-ROM, 2007
28. Katsumori Hatanaka, Masashi Toda, Masaaki Wada
    A Study of Data Analysis for A Low-Cost Bathymetry System Using Fishing Echo Sounders
    Proceedings of OCEANS 2007 MTS/IEEE Vancouver BC Canada, Sonar and Transducers, 6 pages in CD-ROM, 2007
29. Masaaki Wada, Katsumori Hatanaka, Masashi Toda
    Design and Applications of Marine Broadband Framework for Fisheries
    Proceedings of INSS07, Fourth International Conference on Networked Sensing Systems, pp.110-113, 2007
30. Ayahiko Niimi, Hiroshi Shimada, Rika Goto, Masaaki Wada, Kei Ito, Osamu Konishi
    P2P Sensor Data Mining System for School Temperature Measurement System
    International Symposium on Artificial Life and Robotics (AROB 12th '07), 4 pages in CD-ROM, 2007
31. Katsumori Hatanaka, Masaaki Wada
    A Development of the Low-Cost Bathymetry System for Coastal Management by Fishing Echo Sounders and Sensor Network Technologies
    Proceedings of the 30th International Conference on Coastal Engineering, San Diego, USA, Vol. 4, pp.4265-4274, 2006
32. Ayahiko Niimi, Masaaki Wada, Kei Ito, Osamu Konishi
    Construction of School Temperature Measurement System with Sensor Network
    Proceedings of 10th International Conference on Knowledge-Based Intelligent Information & Engineering Systems (KES'2006), pp.813-819, 2006
33. Masaaki Wada, Katsumori Hatanaka, Masashi Toda
    Compact Buoy System for Scallop Cultivation Using Sensor Network Technologies
    Proceedings of OCEANS'06 MTS/IEEE – Boston, Aquaculture I, 6 pages in CD-ROM, 2006
34. Masaaki Wada, Katsumori Hatanaka, Masashi Toda
    Development of a Compact Buoy System Using Real Time Sensor Network Technologies
    Proceeding of INSS2006, Third International Conference On Networked Sensing Systems, pp.141,2006
35. Katsumori Hatanaka, Masaaki Wada, Minoru Kotaki
    Instrumentation for the measurement of shallow seabed topography by a fishing echo sounder
    Proceedings of OCEANS 2005 MTS/IEEE, Ocean Instrumentation I, 6 pages in CD-ROM, 2005
36. Dauren Akhmetov, Masaaki Wada, Minoru Masuda, Masasi Tsuchiike, Katsumori Hatanaka, Minoru Kotaki
    Data Monitoring and Analysis with Aggregative Learning Method
    International Conference on Computing, Communications and Control Technologies (CCCT), 6, pp.234-239, 2004

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Bulletin

1. Minoru Sano, Keiji Maeda, Shiro Takayanagi, Masaaki Wada, Katsumori Hatanaka, Hajime Kikuchi, Kazushi Miyashita
   Estimation of the fishing efficiency of sea cucumber nets in the northern coastal area of ​​Hokkaido
   Research Report of the Hokkaido Fisheries Experiment Station, No. 84, pp. 1-9, 2013.9
2. Katsumori Hatanaka, Masaaki Wada, Masashi Toda, Mitsuo Suzuki
   Development case study of a real-time monitoring system for the internal conditions of containers for long-distance maritime transport of food products.
   Tokyo University of Agriculture Journal of Agriculture, Vol. 54, No. 3, pp. 204-210, 2009.12
3. Katsumori Hatanaka, Masaaki Wada, Minoru Kamitaki
   Development of a seabed topography observation system through the creation of a database of fish finder data.
   Hokkaido Tokai University Journal of Science and Engineering, 18, pp. 7-13, 2006.
4. Minoru Kamitaki, Katsumori Hatanaka, Minoru Masuda, Masaaki Wada, Masamichi Mori, Masashi Tsuchiike, Akhmetov Daulen
   Development of an autonomous spatial information acquisition system (MBACON)
   Hokkaido Tokai University Journal of Science and Engineering, 15, pp. 17-25, 2002.

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Research Outputs

1. WADA Masaaki
   Smart Fisheries: Data Sharing and Resource Sharing
   Fisheries Oceanography, Vol. 89, No. 2, pp. 121, 2025.5
2. WADA Masaaki
   Smart technologies and ethical seafood
   Fiscal Year 4 2022 Abstracts of the Public Symposium of the Hokkaido Branch Meeting of the Japanese Society of Fisheries Science, 2 pages, November 2021.11.
3. WADA Masaaki
   Smart Fisheries: Participatory Research Methods
   Proceedings of the 93rd Annual Meeting of the National Association for Lake and River Aquaculture Research, pp. 23-24, December 2021.12.
4. WADA Masaaki, YASUI Shigeya, Hatanaka Katsumori, Maeda Hisaaki, Moriguchi Kazuhiro
   Research and development on supporting fixed net fishing using ICT, with the aim of reducing CO2 emissions from fishing vessels.
   Proceedings of the ICT Innovation Forum 2020, pp. 58, 2021.1
5. WADA Masaaki, Seki Shinsuke
   Smart fisheries initiatives in Shiga Prefecture
   Journal of the Japan Society of Navigation, NAVIGATION, No. 214, pp. 33-36, 2020.10
6. WADA Masaaki
   ICT and Fisheries Resource Management
   Environmental Information Science, Vol.49, No.1, pp.46-52, 2020.3
7. WADA Masaaki
   Fisheries and AI: The Transfer of Technology
   Architecture and Society, Vol. 100, No. 1172, pp. 20-21, 2019.11
8. WADA Masaaki
   Expectations for smart fisheries databases
   Journal of the Information Processing Society of Japan, Vol. 60, No. 3, pp. 222-225, 2019.2
9. WADA Masaaki
   Innovation through big data from fixed fishing nets
   Fundamentals of Software Engineering XXV, pp. 1-4, 2018.11
10. WADA Masaaki
    Optimization of production and distribution using artificial intelligence
    2018 2018 Proceedings of the Autumn Meeting Symposium of the Japan Society for Precision Engineering, pp. 59-60, September 2018.9.
11. WADA Masaaki, Hatanaka Katsumori
    Initiatives for sustainable fixed-net fisheries using IoT
    Journal of the Japanese LCA Society, Vol.14, No.3, pp.207-212, 2018.7
12. OKAMOTO Makoto, YASUI Shigeya, WADA Masaaki
    Collaborative Design Using Diagrams 1
    Japan Studies of Design Society Research Presentation Conference Summary Collection, Vol.65, 2 pages, 2018.6
13. Tomohiro Hirama, Soichiro Yokoyama, Michio Yamashita, Hidenori Kawamura, Keiji Suzuki, Masaaki Wada
    Verification of a fish species estimation model based on sonar acoustic imaging.
    2018 2018 Proceedings of the National Conference of the Japanese Society for Artificial Intelligence, 2 pages, June 2018.6
14. Takahiro, Osabe Taro, Hanzawa Satoru, Kishigami Junichi, Shioya Hiroyuki, WADA Masaaki
    Development of an AI platform for predicting fishing grounds to optimize distribution.
    Proceedings of the National Conference of the Japanese Society for Artificial Intelligence, 2 pages, June 2018.6
15. WADA Masaaki
    Development of ubiquitous fish finders and cloud technologies for the advancement of fixed net monitoring systems
    New Media Development Association, Research Results Report, Vol. 34, pp. 13-16, 2017.12
16. WADA Masaaki, MATSUBARA Hitoshi, SUZUKI Keiji, NAGASAKI Takeshi, YASUI Shigeya, Takahiro Akira, Kawamura Hidenori, Yamashita Michio, Yokoyama Soichiro, Shioya Hiroyuki, Kishigami Junichi, Yoshino Masanori, Hanzawa Satoru, Osabe Taro
    Building a sustainable Hokkaido fisheries model through the optimization of production and distribution.
    Heisei 29th year 2017 Abstracts of the Hokkaido Branch Meeting of the Japanese Society of Fisheries Science, pp. 18, 2017.12
17. Tomohiro Hirama, Soichiro Yokoyama, Michio Yamashita, Hidenori Kawamura, Keiji Suzuki, Masaaki Wada
    Development of a fish catch forecasting system useful for production
    Heisei 29th year 2017 Abstracts of the Hokkaido Branch Meeting of the Japanese Society of Fisheries Science, pp. 19, 2017.12
18. Takahiro, Osabe Taro, Hanzawa Satoru, Kishigami Junichi, Shioya Hiroyuki, WADA Masaaki
    Examining a fishing ground forecasting system useful for distribution.
    Heisei 29th year 2017 Abstracts of the Hokkaido Branch Meeting of the Japanese Society of Fisheries Science, pp. 18, 2017.12
19. WADA Masaaki, SUZUKI Keiji, Hirama Tomohiro
    An initiative to identify fish species using fixed net fish finders and machine learning.
    Japanese Society of Fisheries ScienceHeisei 29th year 2017 Proceedings of the Spring Symposium, pp. 3-6, May 2017.5.
20. Kiyoka Ouchi, Misako Urakami, Takuya Kanaoka, Hisaya Motoki, Masaaki Wada
    Examination of methods for utilizing geospatial information for managing regular ferry operations
    IEICE Technical Report, ITS2016-37, pp.131-136, 2016.12
21. WADA Masaaki
    Marine IT Lab's Initiatives
    AquaNet, Vol.19, No.7, pp.27-31, 2016.7
22. WADA Masaaki
    Regional revitalization through IT-driven fisheries
    Japan Association for the Promotion of Regional Information Technology, Future, Vol. 19, pp. 50-56, 2016.3
23. WADA Masaaki
    Towards the realization of big data from the ocean
    New Media Development Association, Research Results Report, Vol. 32, pp. 3-4, March 2016.3.
24. Yasuto Uchida, Minoru Sano, Yasuyuki Miyakoshi, Masaaki Wada
    Development and Operation of a Coastal Tillage Acoustic Survey Device Using a Human-Powered Catamaran (Hydrobike) - A Case Study in the Rausu Sea Area, Hokkaido -
    Abstracts of the 27th Annual Meeting of the Japan Society for Marine Survey Technology, pp. 39-40, November 2015.11.
25. WADA Masaaki, YASUI Shigeya, Hatanaka Katsumori, Ramadhona Saville
    Research and development on supporting fixed net fishing using ICT
    Abstracts of the 2015 Autumn Meeting of the Japanese Society of Fisheries Science, pp. 60, September 2015.
26. Jun Mishima, Masaaki Wada
    IT utilization in oyster farming and seaweed farming in Miyagi Prefecture
    Abstracts of the 2015 Autumn Meeting of the Japanese Society of Fisheries Science, pp. 66, September 2015.
27. WADA Masaaki
    Outlook for squid fishing
    Journal of the Japan Society for Fuzzy Theory and Intelligent Informatics, Vol. 27, No. 2, pp. 42-48, 2015.4
28. WADA Masaaki
    The future of squid fishing envisioned through marine IT.
    Heisei 26th year 2014 Abstracts of the Hokkaido Branch Meeting of the Japanese Society of Fisheries Science, pp. 51, 2014.12
29. WADA Masaaki, YASUI Shigeya, Hatanaka Katsumori
    Development of a remote fish finder
    Proceedings of the Hokkaido Symposium on Information Processing 2013, 2 pages, October 2014.10.
30. Hiroaki Taka, Masaaki Wada
    Safe navigation support through overlaid display of Hakodate Bay/E-beam vessel position information.
    Proceedings of the Hokkaido Symposium on Information Processing 2013, 4 pages, October 2014.10.
31. WADA Masaaki
    Visualization of fishery resources and fishery resource management initiatives using iPads
    Heisei 25th year 2013 Report of the Fisheries Infrastructure Subcommittee, Council for the Promotion of Research and Development in Fisheries Engineering, pp. 35-40, 2014.5
32. WADA Masaaki
    Towards the recovery of sea cucumber resources: Fishermen-led resource management utilizing iPads
    Abundant Sea, No. 32, pp. 3-7, 2014.3
33. WADA Masaaki
    IT fisheries and smart aquaculture
    Information Processing Society of Japan Research Report, Vol.2014-CVIM-191, No.31, 4 pages, 2014.3
34. WADA Masaaki
    Fisheries in a ubiquitous network society
    IEICE Technical Report, Vol.113, No.186, pp.35-38, 2013.8
35. WADA Masaaki
    The future of IT-driven fisheries as seen in sea cucumber trawl fishing.
    Techno Innovation, Vol.22, No.2, pp.24-29, 2012.9
36. WADA Masaaki, OKAMOTO Makoto, Hatanaka Katsumori, Sano Minoru
    Development of digital operational logs and real-time fisheries resource assessment
    Heisei 23th year 2011 Abstracts of the Japan Society of Fisheries Science, Hokkaido Branch, Ama-u, page 1, 2011.11
37. WADA Masaaki, Saito Tomoya, Moriguchi Kazuhiro, Maeda Hisaaki
    Development of next-generation GPS plotters
    Japan {Navigate Society Journal, NAVIGATION, Vol.176, pp.61-66, 2011.3
38. Hitoshi Matsubara, Hidekatsu Yanagi, Shoji Suzuki, Masaaki Wada, Yasuhiro Katagiri, Hideyuki Nakajima, Keiji Suzuki, Tetsuo Ono
    An attempt at designing new interactions for robots
    Cognitive Science, Vol.17, No.3, pp.572-579, 2010.9
39. WADA Masaaki, Hatanaka Katsumori
    Utilization of marine broadband in coastal fisheries
    Proceedings of the 72nd National Convention of the Information Processing Society of Japan, Vol. 3, pp. 81-82, March 2010.3.
40. WADA Masaaki
    Prospects for buoy-based marine monitoring in coastal areas
    Abstracts of the 41st Northern Pacific Research Symposium, pp. 17-18, 2010.2
41. WADA Masaaki, Hatanaka Katsumori, Yoshida Takashi, Toda Masashi
    Construction of a water temperature observation network for coral reef conservation using ubiquitous buoys
    Abstracts of the 12th Annual Meeting of the Japanese Coral Reef Society, pp. 21, 2009.11
42. WADA Masaaki, Yoshida Takashi, Hatanaka Katsumori, Toda Masashi
    Ryukyu Arc Sea Surface Temperature Observation Network and Preparation Project
    Proceedings of the Hokkaido Symposium on Information Processing, pp. 187-190, October 2009.10.
43. Takeshi Nagasaki, Tomoya Imai, Yukiya Saito, Yuta Takahashi, Takahiro Nakagawa, Shohei Watada, Keisuke Abe, Kodai Niibori, Keisuke Nakamura, Kojiro Noguchi, Masaaki Wada
    Real-time information distribution for the sightseeing cruise ship Blue Moon using digital signage.
    Proceedings of the Hokkaido Symposium on Information Processing, pp. 205-208, October 2009.10.
44. WADA Masaaki, Hatanaka Katsumori, Toda Masashi
    Construction of a water temperature observation network, "Ubiquitous Buoy," to support aquaculture.
    Abstracts of the Autumn Meeting of the Japanese Society of Fisheries Science, pp. 121, September 2009.9.
45. Minoru Sano, Keiji Maeda, Shiro Takayanagi, Masaaki Wada, Katsumori Hatanaka, Shinichi Honmae, Hajime Kikuchi
    Estimated sea cucumber population based on location data of overturned fishing boats.
    Abstracts of the Autumn Meeting of the Japanese Society of Fisheries Science, pp. 101, September 2009.9.
46. Takashi Yoshida, Masaaki Wada, Masashi Toda, Katsumori Hatanaka
    Construction of a water temperature observation and EYA system in the Ryukyu Arc
    Abstracts of Spring Conference of the Oceanographic Society of Japan, pp.240, 2009.4
47. Sadayoshi MIKAMI, Masaaki WADA, Makoto Toda & Eu, Katsumi Miyajima
    The use of mobile phones in traceability systems covering production, distribution, and consumption processes.
    Journal of the Fisheries Science of Japan, No. 55, Appendix 8 pages, March 2009.3.
48. Masashi Toda, Masaaki Wada, Takashi Yoshida, Katsumori Hatanaka, Yoshikatsu Nakano
    Seawater observation for coral reef conservation using ubiquitous buoys.
    Abstracts of the 11th Annual Meeting of the Japanese Coral Reef Society, pp. 112, 2008.11
49. WADA Masaaki, Hatanaka Katsumori
    On the creation of coastal seabed topographic maps and the display of seabed topography using small fishing boats.
    Photoelectric technique, No.24, pp.15-20, 2008.10
50. WADA Masaaki, Hatanaka Katsumori, Toda Masashi
    Construction of marine broadband for coastal fisheries
    Proceedings of the Institute of Electrical Engineers of Japan, Electronics, Information and Systems Division Conference, pp. 608-611, August 2008.
51. Masashi Toda, Koichiro Enomoto, Yasuhiro Kuwahara, Masaaki Wada, Katsumori Hatanaka
    Investigation of a method for extracting scallop regions from seabed images for the purpose of surveying fishery resource quantities.
    Proceedings of the Institute of Electrical Engineers of Japan, Electronics, Information and Systems Division Conference, pp. 612-615, August 2008.
52. Masashi Toda, Satoshi Kagaya, Masaaki Wada, Katsumori Hatanaka
    Estimation of seabed topography by integrating fish finder data from multiple small fishing vessels using statistical analysis.
    Proceedings of the Institute of Electrical Engineers of Japan, Electronics, Information and Systems Division Conference, pp. 620-622, August 2008.
53. WADA Masaaki, Hatanaka Katsumori, Kamitaki Minoru
    Design and application of "Microcube," a general-purpose board for rapid prototyping.
    Information Processing Society of Japan Research Report, 2008-UBI-18, pp.33-40, 2008
54. Hitoshi Matsubara, Hidekatsu Yanagi, Keiji Suzuki, Masaaki Wada, Shoji Suzuki, Takashi Suzuki, Katsumi Hama, Makoto Yamada, Shinji Motomura, Hajime Fujikawa, Kensaku Kawakami, Yutaka Ishida
    Robot Development as a Character Aiming to Revitalize Local Tourism ~Development of the Hakodate Squid Robot~
    Proceedings of the Robotics and Mechatronics Conference '07, 3 pages in CD-ROM, 2007.
55. WADA Masaaki, Hatanaka Katsumori, Toda Masashi
    Sharing of sensing data and EE (Earth-Efficiency Field) from small fishing vessels and creation of seabed topographic maps.
    Information Processing Society of Japan Research Report, 2007-UBI-14, pp.63-67, 2007
56. WADA Masaaki, Hatanaka Katsumori, Toda Masashi
    Building a marine broadband for marine ubiquitous sensing
    Information Processing Society of Japan Research Report, 2007-MBL-40/2007-UBI-13, pp.23-27, 2007
57. WADA Masaaki, Hatanaka Katsumori, Toda Masashi
    Practical evaluation of small marine and measurement buoys in scallop farming areas
    Information Processing Society of Japan Research Report, 2006-UBI-12, pp.45-52, 2006
58. Information Processing Society of Japan Hokkaido Branch Technical Research Award
    WADA Masaaki, Hatanaka Katsumori, Miyashita Kazushi, Tetsumura Kotaro
    Building marine broadband using IEEE 802.11J
    Proceedings of the Hokkaido Symposium on Information Processing 2006, pp. 105-108, 2006.
59. WADA Masaaki, SUZUKI Keiji, Nagano Akira, Nishimura Shozo, Masuda Minoru
    Three-dimensional measurement of the breakwater at Hakodate Fishing Port using a 3D laser scanner.
    Heisei 18th year 2006 Proceedings of the Annual Conference of the Japanese Society of Fisheries Engineering, pp. 207-210, 2006.
60. WADA Masaaki
    Development and evaluation of a rescue support system for people who have fallen into the sea.
    Information Processing Society of Japan Research Report, 2006-UBI-11, pp.31-38, 2006
61. Funai Information Science Encouragement Award
    Yamashita Memorial Research Award
    Information Processing Society of Japan Ubiquitous Computing Systems Research Group 10st Research Meeting Outstanding Paper Award
    WADA Masaaki, Hatanaka Katsumori, Toda Masashi
    Development of small ocean observation buoys to support scallop farming
    Information Processing Society of Japan Research Report, 2006-MBL-36/2006-UBI-10, pp.387-392, 2006
62. Heisei 17th year 2005 Outstanding Paper Presentation Award, Hokkaido Branch Joint Conference of Electrical and Information Engineering Societies
    WADA Masaaki, SUZUKI Sho'ji
    Introduction to an exercise target board using the H8 microcontroller.
    Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2005.
63. WADA Masaaki, Hatanaka Katsumori
    Acquisition and utilization of marine information using sensor networks
    Proceedings of the Forum on Information Science and Technology, Vol. 4, pp. 135-136, 2005.
64. Katsumori Hatanaka, Masaaki Wada, Minoru Kamitaki, Minoru Masuda, Masashi Tsuchiike
    Development of a low-cost seabed topography depth sounding system utilizing fish finder data
    Proceedings of the 60th Annual Scientific Conference of the Japan Society of Civil Engineers, Section IV, pp. 521-522, 2005.
65. Nobuo Kimura, Masaaki Wada, Katsumori Hatanaka
    Application of an Information Technology for Fishing Production
    Proceedings of Japan-Korea Joint Seminar on Fisheries Science, 4, pp.87-92, 2005
66. WADA Masaaki, Kimura Nobuo
    GPS buoy using low-power radio transceivers
    Proceedings of the Joint Conference of Electrical and Information Engineering Societies, Hokkaido Branch, pp. 187-188, 2004.
67. WADA Masaaki, Hatanaka Katsumori, Tsuchiike Masashi, Masuda Minoru, Akhmetov Dauren, Kamitaki Minoru
    IP control of an unmanned environmental research vessel powered by a fuel cell.
    Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 317-318, 2004.
68. Katsumori Hatanaka, Masaaki Wada, Minoru Masuda, Masashi Tsuchiike, Minoru Kamitaki, Kinomi Tomizawa, Koji Iwatani
    Development of "MBACON" for acquiring marine information and its application to marine GIS
    Proceedings of the 59th Annual Scientific Conference of the Japan Society of Civil Engineers, Section IV, pp. 475-476, 2004.
69. Nobuo Kimura, Masaaki Wada, Naoya Abeshima
    For a synthetic safety system in the fishing production
    Proceedings of Japan-Korea Joint Seminar on Fisheries Science, 3, pp.103-108, 2004
70. WADA Masaaki, Akita Junichi
    Multiprocessor board for real-time measurement systems
    Proceedings of the IEICE Society Conference, Communications, pp. 255, 2003.
71. WADA Masaaki, Miki Tomohiro
    Oscillation correction control for squid fishing machines
    Proceedings of the Robotics and Mechatronics Conference, CD-ROM, 2003.
72. WADA Masaaki, Akhmetov Dauren, Masuda Minoru, Tsuchiike Masashi, Mori Masamichi, Kamitaki Minoru, Hatanaka Katsumori
    An attempt at autonomous spatial information and sleuths using Mubacon
    Proceedings of the Robotics and Mechatronics Conference, CD-ROM, 2003.
73. WADA Masaaki
    Oscillation correction control for squid fishing machines
    Mathematical Fisheries Science, Vol. 1, pp. 73-76, 2003
74. WADA Masaaki
    Introduction to Spatial Information Acquisition Technology
    Hokkaido Tokai University Environmental Research Institute Bulletin, 9, pp.81, 2003
75. Katsumori Hatanaka, Shota Ima, Minoru Kamitaki, Masaaki Wada, Minoru Masuda
    Research on improving the accuracy of digital 3D image processing
    Hokkaido Tokai University Environmental Research Institute Bulletin, 9, pp.151-154, 2003
76. Masakiyo Suzuki, Masaaki Wada, Keiichi Karasuno, Hiroshi Ueda
    A robotic salmon tracking vessel is being developed to elucidate the salmon's homing behavior.
    Proceedings of the Symposium on Digital Information Processing, Vol. 17, CD-ROM, 2002.
77. Yasuto Uchida, Atsushi Tajika, Minoru Masuda, Masaaki Wada, Masamichi Mori, Miyuki Yoda, Teruo Ogata
    Lake Toya's lakebed topography and sedimentary structure in southern Hokkaido
    Proceedings of the Japan Society of Physical Exploration and Research, 107, pp. 17-20, 2002.
78. Katsumori Hatanaka, Minoru Kamitaki, Minoru Masuda, Masaaki Wada
    Prospects for measurement and metering technology using radio-controlled helicopter-mounted digital cameras
    Proceedings of the Industry-Academia-Government Technology Transfer Forum, pp. 53-56, 2001.

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Contribution

1. WADA Masaaki
   The Dinner Table 10 Years from Now: A Challenge to GX in Seafood
   Quarterly Obayashi, No.63, pp.30-37, 2024.7
2. WADA Masaaki
   The Road to Digital Transformation in Fisheries: Achievements and Challenges of Smart Fisheries
   AquaNet, pp.29-33, 2024.6
3. WADA Masaaki
   Looking back on the Indonesia project
   New Media Development Association, Research Results Report, Vol. 40, pp. 4-8, 2023.12
4. WADA Masaaki
   Expectations for the start of smart fisheries
   Shoko Journal, Vol. 46, No. 5, pp. 22-25, 2020.5
5. WADA Masaaki
   Fisheries and ICT
   Techno-Ocean News, No.68, pp.3, 2018.12
6. WADA Masaaki
   Visualizing the marine environment and fisheries resources using ICT
   Infocom, Vol.26, pp.3-6, 2018.3
7. WADA Masaaki
   International technical cooperation in ICT-based fisheries and aquaculture
   Ocean Newsletter, No.420, pp.2-3, 2018.2
8. WADA Masaaki
   Innovation in the Fisheries Industry: A Gift for the Next Generation
   Suruga Institute Report, No. 140, pp. 12-15, 2017.10
9. WADA Masaaki
   ICT Implementation Examples in Aquaculture: Achieving Efficient Production Through Accurate Data Management
   Aquaculture Business, pp. 4-7, 2017.10
10. WADA Masaaki
    The future of marine IT
    Development Information, pp. 4-7, 2017.10
11. WADA Masaaki
    Protect Bluefin Tuna with ICT! ~Fishery Resource Management Using IoT, Big Data, and AI~
    Radio Engineering Society Bulletin, Vol. 318, pp. 10-13, 2017.9
12. WADA Masaaki
    Expanding the IT-driven fishing industry – Real-time information gathering and analysis –
    Journal of Industry-Academia-Government Collaboration, Vol. 9, No. 9, pp. 28-30, 2013.9

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book

1. WADA Masaaki, YASUI Shigeya
   Utilization of digital aquaculture logs
   Land-based aquaculture starts here
   Science and Technology Publishing, pp.149-155, 2025.6
2. WADA Masaaki
   Smart Fisheries
   Japanese cooperation in fisheries – Updating development sites –
   Hokuto Shobo, pp.137-139, 2023.12
3. WADA Masaaki (Supervisor)
   A Comprehensive Study of Smart Fisheries
   PHP Institute, 2023.10
4. Masaaki WADA (Editor)
   Smart Fisheries
   Midori Shobo, March 2023.03.
5. Masaaki WADA (Editor)
   Introduction to Smart Fisheries
   Midori Shobo, March 2022.03.
6. WADA Masaaki
   AI fishing
   Technology Roadmap 2021-2030 - Healthcare, Health, and Agriculture Edition -
   Nikkei BP, pp. 380-383, March 2021.03.
7. WADA Masaaki
   Development of an AI-powered fish catch prediction system
   The AI ​​Revolution in Coexistence with Humans: Future Prospects for Life, Industry, and Society as Seen Through Application Examples
   NTS Corporation, pp. 169-177, June 2019.6.
8. WADA Masaaki, Marine Stars
   Setting Sail for Marine IT – A Story of Researchers Who Set Sail at Sea
   Future University Hakodate Publishing, 2015.3
9. WADA Masaaki
   Smartening the fisheries industry through the visualization of resources and the environment using ICT.
   Smart Agriculture – Innovation and Sustainability in Agriculture and Rural Areas
   Agriculture and Forestry Statistics Publishing, pp.207-210, 2014.8
10. Yuichi Hamade, Masaaki Wada
    The History and Future of Squid Fishing – Mechanical and Information Technologies Supporting the Fisheries Industry
    Hakodate Studies Booklet, No. 20, pp. 4-41, March 2012.3.

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Papers (presentations by undergraduate and graduate school students)

1. Kaito Ogasawara, Masaaki WADA
   Monitoring of ocean conditions at scallop farming facilities using cameras
   Fiscal Year 7 2025 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 224-225, October 2025.11.
2. Young Researcher Outstanding Paper Presentation Award
   Masaharu Sukegawa, Masaaki Wada
   Visualizing sea area utilization for the coexistence of coastal fisheries and offshore wind power
   Fiscal Year 7 2025 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 226-227, October 2025.11.
3. Sota Kurata, Masaaki Wada
   Predicting salmon catch volume using weather information in salmon set net fisheries
   Fiscal Year 6 2024 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 15-16, November 2024.11.
4. Mayuka Umehara, Nobuhiko Shiraki, Masaaki Wada
   Analysis of the activity level of red sea bream in relation to decreased dissolved oxygen levels
   Fiscal Year 6 2024 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 187-188, November 2024.11.
5. Kazuki Takahashi, Masaaki Wada
   Track analysis of offshore trawl fishing vessels in Lake Biwa
   Fiscal Year 5 2023 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 225-226, October 2023.10.
6. Ryunosuke Kuno, Masaaki Wada
   Assessment of the environmental impact of fisheries production and distribution.
   Fiscal Year 5 2023 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 223-224, October 2023.10.
7. Hiroto Fujisawa, Masaaki Wada
   Proposal of a fish species discrimination model using acoustic imaging
   Fiscal Year 5 2023 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 221-222, October 2023.10.
8. Kotaro Kawashima, Masaaki Wada
   Evaluation of the relationship between squid catch and sea surface temperature in the Tsugaru Strait
   Fiscal Year 5 2023 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 165-166, October 2023.10.
9. Shunsuke Hagiuda, Masaaki Wada
   Evaluation of kelp farms as blue carbon ecosystems using GIS
   Fiscal Year 4 2022 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 135-136, October 2022.11.
10. Shohei Hamaguchi, Masaaki Wada
    Understanding environmental changes in clam fishing grounds using Shikisai
    Fiscal Year 4 2022 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 137-138, October 2022.11.
11. Daisuke Ishizawa, Masaaki Wada
    Evaluation of bluefin tuna fishing grounds using satellite data
    Proceedings of the Hokkaido Symposium on Information Processing 2021, pp. 1-4, 2021.10.
12. Tomohiro Suzuki, Masaaki Wada
    Environmental impact assessment of squid fishing
    Proceedings of the Hokkaido Symposium on Information Processing 2021, pp. 5-8, 2021.10.
13. Koki Hasegawa, Masaaki Wada
    Fishing ground evaluation in the Koito fishing method in Lake Biwa
    Proceedings of the Hokkaido Symposium on Information Processing 2021, pp. 153-156, 2021.10.
14. Chihiro Abe, Masaaki Wada
    Counting fishing boats using drones
    Fiscal Year 2 2020 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 112-113, October 2020.11.
15. Yuki Yashiro, Masaaki Wada
    Automatic identification of fish catches using images
    Fiscal Year 2 2020 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 114-115, October 2020.11.
16. Takumi Matsuura, Mohamad Natsir, WADA Masaaki
    Development of an application for understanding fishing grounds in the Strait of Bali
    Proceedings of the Hokkaido Symposium on Information Processing 2019, 4 pages, October 2019.10.
17. Daiki Kakizaki, Masaaki Wada
    Examination of clustering methods for fish catch data
    Proceedings of the Hokkaido Symposium on Information Processing 2019, 4 pages, October 2019.10.
18. Student Excellence Award
    Daichi Kurokawa, Masaaki Wada
    Estimation of CPUE in Atka mackerel gillnet fishing using IoT
    2019 2019 Proceedings of the Annual Conference of the Japanese Society of Fisheries Engineering, pp. 95-98, May 2019.5.
19. Shinpei Nagano, Masaaki Wada, Koki Abe, Hirofumi Ikeda, Masayuki Fudo, Akira Nagano
    Regarding the use of the fishing port system inspection system for functional maintenance planning and other measures against aging infrastructure.
    2019 2019 Proceedings of the Annual Conference of the Japanese Society of Fisheries Engineering, pp. 127-130, May 2019.5.
20. Shinpei Nagano, Masaaki Wada, Koki Abe, Hirofumi Ikeda, Shuichi Tanaka, Akira Nagano
    On the advancement and widespread adoption of the work vessel position and navigation information system.
    2019 2019 Proceedings of the Annual Conference of the Japanese Society of Fisheries Engineering, pp. 135-138, May 2019.5.
21. Kojiro Inoue, Masaaki Wada
    Observation and assessment of the marine environment for maricultures
    Heisei 30th year 2018 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 199-200, October 2018.10.
22. Heisei 30th year 2018 Award for Outstanding Paper Presentation by Young Researchers at the Hokkaido Branch Joint Conference of Electrical and Information Engineering Societies
    Daichi Kurokawa, Masaaki Wada
    Development of an application to support the management of the northern Hokkaido stock of Atka mackerel.
    Heisei 30th year 2018 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 161-162, October 2018.10.
23. Hitoshi Takeda, Masaaki Wada
    Drone-based float position estimation
    Heisei 30th year 2018 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 145-146, October 2018.10.
24. Junpei Takahashi, Masaaki Wada
    Drone-based barrel positioning in octopus barrel fishing
    Heisei 29th year 2017 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, October 2017.10.
25. Tomohiro Hirama, Keiji Suzuki, Hiroaki Taka, Masaaki Wada
    Fish species identification in fixed nets using a fish finder with a neural network
    16th Symposium on Complex Systems Microtechnology, pp. 1-2, March 2017.3.
26. Tomohiro Hirama, Keiji Suzuki, Hiroaki Taka, Masaaki Wada
    Fish species identification using a fish finder with a neural network
    Proceedings of the 79th National Convention of the Information Processing Society of Japan (2), pp. 495-496, 2017.3
27. Taishi Sasaki, Hiroaki Taka, Masaaki Wada
    Fish species identification of time-series acoustic data from fixed nets using machine learning
    Proceedings of the Hokkaido Symposium on Information Processing 2016, pp. 215-218, 2016.10.
28. Kenta Nishioka, Masaaki Wada, Takeshi Nagasaki, Keiji Suzuki
    Drone-based detection of barrel movement in octopus barrel fishing.
    Proceedings of the Hokkaido Symposium on Information Processing 2016, pp. 74-77, 2016.10.
29. Ryo Hattori, Hiroaki Taka, Masaaki Wada
    Development of a fish species identification algorithm for fixed net fishing
    Proceedings of the 2015 Scientific Conference of the Systems and Information Division of the Society of Instrument and Control Engineers, pp. 30-33, November 2015.11.
30. Reita Komachi, Hiroaki Taka, Masaaki Wada
    Development of a fishing ground identification system for octopus barrel fishing
    Proceedings of the Hokkaido Symposium on Information Processing 2015, pp. 199-202, 2015.10.
31. Ishiyama Shosuke, Takahiro Akira, Wada Masaaki
    Development of a maritime accident prevention system for small fishing vessels caused by automatic steering.
    Proceedings of the Hokkaido Symposium on Information Processing 2015, pp. 105-108, 2015.10.
32. Hatsuki Nishishita, Takami Watanabe, Misako Urakami, Hisaya Motoki, Yasukuni Oka, Takashi Matsui, Masaaki WADA
    Design and construction of a ferry operation information management system for four regular ferry services in Suo-Oshima Town.
    Proceedings of the 16th IEEE Hiroshima Chapter Student Symposium, 5 pages in CD-ROM, November 2014.11.
33. Hiroki Takahashi, Hiroaki Takahashi, Masaaki Wada
    Measurement of rolling motion and evaluation of stability of small fishing boats
    Proceedings of the Hokkaido Symposium on Information Processing 2014, 4 pages, October 2014.10.
34. Ito Higa, Takahiro Akio, Wada Masaaki
    Visualization of maritime traffic in Hakodate Bay using 3D models
    Proceedings of the Hokkaido Symposium on Information Processing 2014, 2 pages, October 2014.10.
35. Hisamori Gen'ei, Wada Masaaki, Sakurai Katsuya, Anma Hiroki
    Research on methods for estimating the amount of marine resources using operational information
    Heisei 25th year 2013 Program and Abstracts of the Hokkaido Branch Meeting of the Japanese Society of Fisheries Science, page 1, December 2013.12.
36. Hideaki Nagaoka, Masaaki Wada
    Development of a radar-based support system for small vessel operations
    Proceedings of the Hokkaido Symposium on Information Processing 2013, pp. 123-124, 2013.10.
37. Daisuke Shibata, Hiroaki Taka, Masaaki Wada
    Development of a smartphone-based collision prevention application for pleasure boats.
    Proceedings of the 75th National Convention of the Information Processing Society of Japan, 2 pages in DVD, March 2013.3.
38. Daichi Futagi, Masaaki Wada
    An attempt at analyzing fishing operations using track data from small fishing vessels.
    Heisei 24th year 2012 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2012.10.
39. Ryusuke Oba, Masaaki Wada
    Development of a ship collision avoidance system using Android devices
    Heisei 23th year 2011 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2011.10.
40. Hironobu Nagatani, Masaaki Wada
    Development of tidal current sensors for ubiquitous buoys
    Heisei 23th year 2011 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2011.10.
41. Yukiko Sato, Masaaki Wada
    Construction of a Tsugaru Strait water temperature observation network using ubiquitous buoys
    Heisei 23th year 2011 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2011.10.
42. Yukiya Saito, Masaaki Wada
    Development of a GIS plotter for small fishing boats using general-purpose Linux
    Heisei 22th year 2010 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2010.10.
43. Takaaki Kondo, Masaaki Wada
    Development of a collision avoidance navigation system for vessels without AIS (Automatic Identification System).
    Heisei 22th year 2010 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2010.10.
44. Yuki Otsuka, Masaaki Wada
    Development of a ship monitoring system utilizing mobile phones
    Heisei 22th year 2010 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2010.10.
45. Asuka Kato, Tomoya Imai, Takeshi Otsuki, Takayoshi Kato, Kento Ozawa, Yukiya Saito, Yuta Takahashi, Takahiro Nakagawa, Reika Yamazaki, Shohei Watada, Toshiya Watanabe, Hayato Watanabe, Masaaki WADA, Takeshi NAGASAKI
    Development of a sea cucumber resource evaluation system using digital signage
    Information Processing Society of Japan Research Report, Vol.2010-EMB-18, 6 pages on BookPark, 2010.8
46. Yukiya Saito, Masaaki Wada
    Development of a network-based navigation system for fishermen
    Information Processing Society of Japan Research Report, Vol.2010-UBI-25, 7 pages on BookPark, 2010.3
47. Yukiya Saito, Masaaki Wada
    Research on methods for displaying 3D ocean information in embedded systems
    IEICE Technical Report, Vol.109, No.382, pp.13-18, 2010.1
48. Keisuke Abe, Masaaki Wada
    Research on predicting water temperature in scallop farming areas using ubiquitous buoys
    Heisei 21th year 2009 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2009.10.
49. Yukiya Saito, Masaaki Wada
    Research on methods for representing 3D ocean information in embedded systems
    Heisei 21th year 2009 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2009.10.
50. Sho Oya, Masaaki Wada
    Evaluation of service area and communication quality in marine broadband
    Heisei 21th year 2009 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2009.10.
51. Maika Nishijima, Masaaki Wada
    Proposal for a network-based car navigation system
    Heisei 21th year 2009 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2009.10.
52. Keisuke Abe, Masaaki Wada
    Water temperature prediction and evaluation in scallop farming areas using ubiquitous buoys
    Abstracts of Spring Conference of the Oceanographic Society of Japan, pp.143, 2009.4
53. Information Processing Society of Japan Ubiquitous Computing Systems Research Group 21st Research Meeting Outstanding Paper Award
    Takashi Hanai, Masaaki Wada
    Construction and evaluation of marine broadband for marine sensor network systems
    Information Processing Society of Japan Research Report, 2009-UBI-21, pp.15-22, 2009.3
54. Keisuke Abe, Masaaki Wada
    Water temperature prediction and evaluation in scallop farming areas using ubiquitous buoys
    Heisei 20th year 2008 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2008.10.
55. Takahashi Kazutoshi, WADA Masaaki
    Automatic control of unmanned environmental research vessels using Kalman filters
    Heisei 20th year 2008 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2008.10.
56. Takashi Hanai, Masaaki Wada
    Construction of marine broadband for small fishing vessels
    Heisei 20th year 2008 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2008.10.
57. Tomohiko Nakagawa, Masaaki Wada
    Research on a Web Database of Seafloor Topography Maps for Fishermen
    Heisei 20th year 2008 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2008.10.
58. Yukiya Saito, Masaaki Wada
    Research on coastal fisheries support systems utilizing 3D oceanographic information
    Heisei 20th year 2008 Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2008.10.
59. Takeshi Oshimura, Yukiya Saito, Yuta Takahashi, Koda Watanabe, Keisuke Abe, Kazue Oya, Kojiro Noguchi, Takeshi Nagasaki, Masaaki Wada
    Development of a data logger for creating seabed topographic maps
    Abstracts of the papers presented at the Hokkaido Symposium on Information Processing 2008, 4 pages on the website, September 2008.9.
60. Keisuke Abe, Masaaki Wada
    Construction of a sea surface temperature observation network across the entire Japanese coast using ubiquitous buoys
    Proceedings of the Institute of Electrical Engineers of Japan, Electronics, Information and Systems Division Conference, pp. 616-619, August 2008.8.
61. Kazue Oya, Kensuke Tsubata, Masaaki Wada, Takeshi Nagasaki, Keiji Suzuki
    Development of a data logger for small fishing boats
    7th Symposium on Complex Systems Microtechnology, pp. 45-46, March 2008.3.
62. Akihiro Nakao, Ryota Higuchi, Masaaki Wada
    Creation of seabed topographic maps through data analysis and error processing of fish finders.
    Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 210, C2007
63. Ryota Higuchi, Akihiro Nakao, Masaaki Wada
    Establishing marine broadband in the Tsugaru Strait using IEEE 802.11j
    Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 182, 2007.
64. Kenichiro Saito, Satoshi Konno, Masaaki Wada
    Development of an automated navigation algorithm for unmanned small catamarans
    Proceedings of the System Integration Division Conference of the Society of Instrument and Control Engineers, Vol. 7, pp. 996-997, 2006.
65. Satoshi Konno, Kenichiro Saito, Masaaki Wada
    Construction of an offshore information sharing system utilizing satellite communications and wireless LAN.
    Proceedings of the Hokkaido Symposium on Information Processing 2006, pp. 113-118, 2006.
66. Hitoshi Yonedo, Masaaki Wada
    Construction of a sensor network at Future University Hakodate
    Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, 2 pages in CD-ROM, 2005.
67. Hiroyuki Takekawa, Katsumori Hatanaka, Masaaki Wada, Masashi Tsuchiike, Minoru Masuda, Minoru Kamitaki
    Development of a fishing vessel operation information system using WebGIS
    Proceedings of the Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, pp. 186, 2004.
68. Mitsunori Bando, Masashi Tsuchiike, Masaaki Wada, Katsumori Hatanaka, Minoru Kamitaki
    Wireless LAN and IPv6 transmission experiment between radio-controlled helicopter and ground station
    Proceedings of the Joint Conference of the Hokkaido Branches of Electrical Engineering Societies, pp. 181, 2003.
69. Shota Ima, Masaaki Wada, Minoru Kamitaki, Katsumori Hatanaka
    Accuracy evaluation of measurement without a fixed point using a digital camera
    Proceedings of the Joint Conference of the Hokkaido Branches of Electrical Engineering Societies, pp. 58, 2003.

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Doctoral dissertation topic

• Fiscal Year 3 2021 Graduation Thesis
  　Smart fisheries for sustainable fisheries in indonesia: A study of sardine fishery in the bali strait

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Master's thesis topic

• Heisei 22th year 2010 Graduation Thesis
  　Research on GIS plotters for small fishing vessels using general-purpose Linux
• Heisei 21th year 2009 Graduation Thesis
  　Research on predicting water temperature in scallop farming areas using ubiquitous buoys

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Bachelor's thesis topic

• Fiscal Year 7 2025 Graduation thesis
  　Monitoring of ocean conditions at scallop farming facilities using cameras
  　Visualizing sea area utilization for the coexistence of coastal fisheries and offshore wind power generation.
• Fiscal Year 6 2024 Graduation thesis
  　Catch forecast for salmon set net fisheries
  　Analysis of the activity level of red sea bream in relation to decreased dissolved oxygen levels
• Fiscal Year 5 2023 Graduation thesis
  　Track analysis of offshore trawl fishing vessels in Lake Biwa
  　Evaluation of the relationship between squid fishing grounds and sea surface temperature in the Tsugaru Strait
  　Assessment of the environmental impact of fisheries production and distribution.
  　Proposal of a fish species discrimination model using acoustic imaging
• Fiscal Year 4 2022 Graduation thesis
  　Evaluation of kelp farms as blue carbon ecosystems using GIS
  　Environmental survey of clam fishing grounds using Shikisai
• Fiscal Year 3 2021 Graduation thesis
  　Visualization and prediction of fishing grounds in Koito fishing
  　Environmental impact assessment of squid fishing
  　Evaluation of bluefin tuna fishing grounds using Shikisai
• Fiscal Year 2 2020 Graduation thesis
  　Automatic identification of fish catches using images
  　Counting fishing boats using drones
• Heisei 31th year 2019 Graduation thesis
  　Automatic estimation of fishing effort in Atka mackerel gillnet fishing using IoT
  　Development of an application to support the digitalization of fishing catch reports
• Heisei 30th year 2018 Graduation thesis
  　Measuring the distance of a float using a drone
• Heisei 28th year 2016 Graduation thesis
  　Development of a fish species identification algorithm for fixed net fishing
  　Measuring the drift speed of fishing gear in octopus barrel fishing using drones.
• Heisei 27th year 2015 Graduation thesis
  　Development of a maritime accident prevention system for small fishing vessels caused by automatic steering.
  　Development of a digital logging system for octopus barrel fishing
• Heisei 26th year 2014 Graduation thesis
  　Development of a navigation support system using 3D models
  　Development of a stability evaluation system for small fishing vessels
• Heisei 25th year 2013 Graduation thesis
  　Development of a virtual radar system for small vessels
  　Research on methods for estimating the amount of marine resources using operational information
• Heisei 24th year 2012 Graduation thesis
  　Development of a smartphone-based collision prevention application for pleasure boats.
• Heisei 23th year 2011 Graduation thesis
  　Development of a marine collision avoidance system using Android devices
• Heisei 22th year 2010 Graduation thesis
  　Development of a ship monitoring system utilizing mobile phones
  　Development of a collision avoidance navigation system for vessels without AIS (Automatic Identification System)
• Heisei 21th year 2009 Graduation thesis
  　Research on navigation monitoring systems using sensor networks
  　Research on the creation of seabed topographic maps in coastal fisheries
• Heisei 20th year 2008 Graduation thesis
  　Research on a seabed topographic map database for fisheries workers.
  　Automatic control of unmanned environmental research vessels using Kalman filters
  　Research on coastal fisheries support systems utilizing 3D oceanographic information
  　Research on the construction of marine broadband for small fishing vessels
• Heisei 19th year 2007 Graduation thesis
  　A study of a seabed detection algorithm utilizing depth sounding data from fish finders.
  　Building a marine broadband network using IEEE 802.11j
• Heisei 18th year 2006 Graduation thesis
  　Offshore information sharing system utilizing satellite communications and wireless LAN
  　Development of an automated navigation algorithm for unmanned small catamarans
• Heisei 17th year 2005 Graduation thesis
  　Construction of a general-purpose sensor network system using a microcomputer

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Patent

foreign

1. China, ZL97118641.3, Squid fishing machine control device, 2006.01.04
2. China, ZL97118640.5, Squid fishing machine control device, 2004.09.08
3. South Korea, 10-0434993-0000, Squid fishing machine control device, 2004.07.16
4. South Korea, 10-0298479-0000, Squid fishing machine control device, 2001.11.14

Domestic

1. Japanese Patent No. 6847433, Flow velocity measuring device and flow velocity measuring method, March 5, 2021
2. Patent No. 6846768, System, Fish Finder System, Fish Species Identification Support Device, Fish School Monitoring System, Monitoring Device, Fish Finder Method, Fish Species Identification Method, Fish School Monitoring Method, Status Monitoring Method, Program, 2021.03.04
3. Japanese Patent No. 6635387, Small Vessel Operation Management System, Small Vessel Operation Management Unit, and Small Vessel Operation Management Program, December 27, 2019
4. Patent No. 6338207, Terminal, Fish Finder System, Fish School Display Method, Fish School Display Program, May 18, 2018
5. Japanese Patent No. 5330120, Three-dimensional shape measuring device and semiconductor integrated circuit, August 2, 2013
6. Patent No. 4433358, Water Depth Measuring Device, 2010.01.08
7. Patent No. 2981732, Automatic Squid Fishing Device, 1999.09.24
8. Patent No. 2946485, Automatic Squid Fishing Device, 1999.07.02
9. Patent No. 2934419, Automatic Squid Fishing Device, 1999.05.28
10. Patent No. 2913547, Squid fishing machine control device, 1999.04.16
11. Patent No. 2869789, Squid fishing machine control device, 1999.01.08

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Grant-in-Aid for Science Research Grant Track Record

1. Research on the development of a fishing mooring device incorporating a roll control function (2004 – 2007.3)
   Grant-in-Aid for Scientific Research (B)(2), Research Collaborator
2. Research on the application of three-dimensional ocean measurement technology to resource-management-type fisheries (2004 – 2006.3)
   Grant-in-Aid for Scientific Research (C)(2), Research Collaborator
3. Research and development of three-dimensional image measurement technology using a digital camera mounted on a radio-controlled helicopter (2001 – 2004)
   Research collaborator for Grants-in-Aid for Scientific Research (B)(1) and C
4. Research on the Development and Application of an Automatic Tracking System for Salmon Migration Behavior (1999 – 2002)
   Grant-in-Aid for Scientific Research (B)(2), Research Collaborator

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reward and punishment

• Strategic Information and Communications Research and Development Promotion Project Research and Development Encouragement Award (2021.1)
• Fiscal Year 2 2020 Hokkaido Regional Invention Award, Hokkaido Governor's Prize (October 2020.10)
• Kind Town Award (September 2019.9)
• 15th Docomo Mobile Science Award, Social Science Category, Excellence Award (October 2016.10)
• Regional Information Technology Award 2015, Minister of Internal Affairs and Communications Award (March 2016.3)
• Heisei 26th year 2014 Awarded by the Director of the Kinki Transport Bureau (July 2014.7)
• Information Processing Society of Japan Kiyan Memorial Achievement Award (June 2014.6)
• Heisei 26th year 2014 Awarded by the Director of the Hokkaido Regional Bureau of Telecommunications (June 2014.6)
• Heisei 24th year 2012 Hokkaido Science and Technology Award (February 2013.2)
• Institute of Electrical Engineers of JapanHeisei 20 2008 Electronics, Information, and Systems Division Conference Planning Award (September 2009.9)
• Funai Information Science Encouragement Award (April 2007.4)
• Information Processing Society of Japan Yamashita Memorial Research Award (March 2007.3)
• IPSJ Ubiquitous Computing Systems Research Group 10th Research Meeting Outstanding Paper Award (November 2006.11)
• Information Processing Society of Japan Hokkaido Branch Technical Research Award (October 2006.10)
• Heisei 17th year 2005 Award for Outstanding Paper Presentation at the Hokkaido Branch Joint Conference of Electrical and Information Engineering Societies (November 2005.11)

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Acceptance of inspection visits

1. Saijo City Industrial Construction Committee, May 15, 2024
2. Hokkaido Economic Federation, March 23, 2021
3. Chiba Prefectural Assembly, October 28, 2019 (Cancelled)
4. Hiroshima Prefectural Assembly, October 23, 2019
5. Imizu City, September 10, 2019
6. Japan Ocean Federation, December 20, 2018
7. House of Councillors Research Office, January 16, 2018
8. National Taiwan Ocean University, 2017.08.28
9. Kumejima Fisheries Cooperative, December 13, 2016
10. Shikoku Information and Communications Conference, December 1, 2016
11. Information and Communications Network Industry Association Standardization Committee, October 7, 2016
12. Hokkaido Regional Bureau of Telecommunications, September 8, 2016
13. Toyama Prefectural Assembly, July 26, 2016
14. Miyagi University of Education Affiliated Junior High School, May 25, 2016

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Qualifications/Licenses

Information Technology Engineer Exam

• Information Security Administrator (December 2005.12)
• Software Development Engineer (June 2002.6)
• Microcontroller-based systems engineer (July 1999.7)
• Network Specialist (1999.1)
• First class (1998.7)
• Second type (1993.6)

Other Information

• Third-class amateur radio operator license (December 2013.12)
• SCUBA DIVER (2012.12)
• Large motorcycle (August 2012.8)
• Second-Class Maritime Special Radio Operator (July 2010.7)
• Diver (May 2009.5)
• Second-class Land Mobile Radio Operator (August 2008.8)
• Hakodate Squid Master (February 2008.2)
• Small Vessel Operator's License (December 2000.12)
• Hazardous Materials Handler Class B, Category 4 (June 1993)
• Ordinary car first class (1990.7)
• Medium-sized motorcycle (1989.6)

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Track record of commissioned research

1. Global hub for integrated agricultural and fisheries sustainable land-based aquaculture aimed at realizing a resource-recycling symbiotic society, 910 yen, 780 yen, 1,950 yen, FY4-
   Japan Science and Technology Agency, Collaborative Creation Support Program, Research Collaborator
2. Smart Fisheries Promotion Project, specifically the Smart Fisheries Promotion Infrastructure Construction Commissioned Project, 6,000 yen, FY2-3
   Fisheries Information Service Center, General Incorporated Association, Research Representative
3. Development of a service to support fishing ground selection in floating reef fishing, 330,000 yen, FY2019
   Upside LLC, Research Representative
4. Lake Biwa Fisheries ICT Promotion Survey Project, 1,000 yen, 1,000 yenHeisei 31th year 2019 -Fiscal Year 4 2022 (plans)
   Shiga Prefecture, Research Representative
5. Development of a fish species identification algorithm using a quantitative fish finder, 575 yen, 3,450 yen.Heisei 31th year 2019 -Fiscal Year 3 2021
   Fisheries Information Service Center, General Incorporated Association, Research Representative
6. Commissioned research on acquisition and management of marine environmental data, 1,223 yen.Heisei 30th year 2018
   Rumoi City, Research Representative
7. Building a sustainable Hokkaido fisheries model through the optimization of production and distribution using AI/IoT, 5,486 yen.Heisei 29th year 2017
   Hokkaido Science and Technology Promotion Center, Public Interest Incorporated Foundation, Regional Industry-Academia-Government AI/IoT Demonstration Model Commissioned Project, Research Representative
8. Realizing sustainable production and stable supply of marine resources through the generation and analysis of marine culture big data, 5,486 thousand yen, 9,698 thousand yen.Heisei 28th year 2016 -
   Japan Science and Technology Agency, International Science and Technology Cooperation Program for Sustainable Development, Principal Investigator
9. Research and development of ocean observation and distribution technologies using ubiquitous buoys, 7,700 yen, FY27-28
   Hakodate City, Research Director
10. Development of a bottom-dwelling fish resource management support system and electronic fish market connecting the marine environment to consumption, 7,376 yen, 4,955 yen, FY27-29
    Ministry of Agriculture, Forestry and Fisheries, Research Promotion Project for Science and Technology in Agriculture, Forestry and Fisheries and Food Industries, Research Collaborator
11. Development of ubiquitous fish finders and cloud technology for the advancement of fixed net monitoring systems, 3,300.003 thousand yen, 3,375.812 thousand yen, 2,531.760 thousand yen, FY26-28
    Ministry of Economy, Trade and Industry, Strategic Advanced Technology Support Project, Research Representative
12. Research and development on supporting fixed net fishing using ICT to reduce CO2 emissions from fishing vessels, 1,495 yen, 6,903 yen, 3,614 yen, FY26-28
    Ministry of Internal Affairs and Communications, Strategic Information and Communications Research and Development Promotion Project, Regional ICT Promotion Type Research and Development, Research Representative
13. Development of fisheries resource management methods in Fukushima Town, 500 yen, 500 yen, FY25-26
    Fukushima Town, Research Representative
14. Development of sea cucumber resource management methods, 500 yen.Heisei 24th year 2012
    Fukushima Town, Research Representative
15. Research and development on marine sensing and ubiquitous fisheries support using small fishing vessel fleets, 6,916 thousand yen, 4,178.2 thousand yen, FY23-24
    Ministry of Internal Affairs and Communications, Strategic Information and Communications Research and Development Promotion System, Regional ICT Promotion Type Research and Development, Research Representative
16. Development of a small power supply module using spherical solar cells for marine ubiquitous sensing, 2,379.435 thousand yen, 1,372.02 thousand yen, 2429.793 thousand yen, FY23-25
    Ministry of Economy, Trade and Industry, Strategic Advanced Technology Support Project, Research Representative
17. Development of a management support system for Hokkaido sea cucumber resources through sharing of operational information and formulation of guidelines, 7,487 thousand yen, 3,110 thousand yen, 2,765 thousand yen, FY23-25
    Ministry of Agriculture, Forestry and Fisheries, Practical Technology Development Project to Promote New Agricultural, Forestry and Fisheries Policies, Research Collaborator
18. Hakodate Marine Bio Cluster, 30,224 thousand yen, 28,050 thousand yen, 24,200 + 25,000 thousand yen, 20,950 + 2,656.5 thousand yen, 21,310 thousand yen, FY21-25
    Ministry of Education, Culture, Sports, Science and Technology, Intellectual Cluster Creation Project (Global Hub Development Type), Subgroup Leader
19. Construction of a water temperature observation network for coral reef conservation using ubiquitous buoys, 5,000 yen.Heisei 21th year 2009
    Japan Science and Technology Agency (JST), Seed Discovery Experiment (Advanced Type), Research Representative
20. Research and development on realizing ICT fisheries using marine broadband and real-time fishery resource assessment, 6,840.6 thousand yen, 5,944.9 thousand yen, FY21-22
    Ministry of Internal Affairs and Communications, Strategic Information and Communications Research and Development Promotion System, Regional ICT Promotion Type Research and Development, Research Representative
21. Research on the creation and installation of monitoring buoys, 450 yen.Heisei 20th year 2008
    Kyushu Regional Environment Office, Naha Natural Environment Office, CHeisei 20th year 2008 Kerama Region Ecotourism Promotion Project, Research Representative
22. Development of a multi-functional, compact, and lightweight fish finder and establishment of a comprehensive support environment for coastal fisheries, 1,513 yen, 1,524.6 yen, FY20-21
    Ministry of Economy, Trade and Industry, Comprehensive Support Project for Regional Innovation Creation, Research Collaborator
23. Development of quantitative fish finders for advanced utilization of local resources and commercialization of fisheries support services, 1507.8 yen.Heisei 19th year 2007
    Ministry of Economy, Trade and Industry, Regional Revitalization Consortium Research and Development Project, Research Collaborator
24. Elucidating cold water masses through ocean ubiquitous sensing, 2,000 yen.Heisei 19th year 2007
    Japan Science and Technology Agency, Seed Discovery Experiment, Research Representative
25. Development of maritime transport technology and market research for exporting Hokkaido products to Dubai, 3,539 thousand yen, 2,700 thousand yen, 1,188 thousand yen, FY19-21
    Ministry of Agriculture, Forestry and Fisheries,Heisei 19th year 2007 Advanced Research Project for Agriculture, Forestry and Fisheries Utilizing Cutting-Edge Technologies, Research Collaborator
26. Development of planned production technology for the export of dried sea cucumbers, 910 yen, 800 yen, 830 yen, FY19-21
    Ministry of Agriculture, Forestry and Fisheries,Heisei 19th year 2007 Advanced Research Project for Agriculture, Forestry and Fisheries Utilizing Cutting-Edge Technologies, Research Collaborator
27. Construction of a broadband-type integrated fisheries information system for sustainable coastal fisheries, 1,505.4 thousand yen, 2,132 thousand yen, 8,060 thousand yen, FY18-20
    Ministry of Internal Affairs and Communications, Strategic I Information and Communications Research and Development Promotion System, Regional Information and Communications Technology Promotion Type Research and Development, Research Collaborator
28. Research and development of a ubiquitous activity support system for offshore fisheries, 840 yen, 420 yen, FY16-17
    Ministry of Economy, Trade and Industry, Regional Revitalization Consortium Research and Development Project, Research Collaborator
29. Development of an autonomous spatial information acquisition computer, FY14-16
    Ministry of Education, Culture, Sports, Science and Technology, Intellectual Cluster Creation Project (Sapporo IT Carrozzeria Concept), Research Collaborator
30. Safety suit equipped with a maritime rescue support system, 25,100 yen.Heisei 10th year 1998
    Japan Science and Technology Agency, Project Leader for the Program to Foster Original Research Results

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Track record of collaborative research

1. Research and development of IoT fish finders using LPWA
   Nitto Seimo Co., Ltd., 2,300 yenFiscal Year 6 2024
2. Assessment and evaluation of the environmental impact of fixed net fisheries.
   Nitto Seimo Co., Ltd., 1,500 yenFiscal Year 5 2023
3. Initiatives to build sustainable coastal fisheries in Matsumae Town, Hokkaido
   Regional Planning and Architectural Research Institute Co., Ltd., 4,554 yen, FY5-7
4. Construction of a red tide monitoring system using environmental measurement sensors and communication control devices, and construction of an aquaculture management system based on stress level assessment.
   Yamaguchi Prefectural Fisheries Research Center, 7,000 yen, 6,500 yen, FY5-6
5. Research and development of an aquaculture management system using IoT
   Yamaguchi Prefectural Fisheries Research Center, 10,050 yen, FY2-4
6. Research on the generation and utilization of big data from fixed fishing nets
   Nitto Seimo Co., Ltd., 1,150 thousand yen, FY2-4
7. Resource management project in Wakayama Prefecture
   Ocean Solution Technology Co., Ltd., 300,000 yen, FY2019
8. Construction of a smart fisheries information linkage system utilizing satellite and operational data.
   AIM Co., Ltd., 569,000 yen, 984,000 yen, 0 yen, 0 yen, FY2019-2022
9. Development of aquaculture production and inventory management methods utilizing open oceanographic data
   Yanmar Co., Ltd., 1,000,000 yen, FY2019
10. Research and development related to "A fish species estimation system for building a sustainable Hokkaido fisheries model"
    Hokkaido University, 0 yen, 0 yen, FY30-31
11. Research and development related to "Construction of a sustainable Hokkaido fisheries model through the optimization of production and distribution using AI/IoT"
    Hitachi, Ltd., 2,000 yenHeisei 30th year 2018
12. Research and development of a system for visualizing fishery resources using IoT.
    Hitachi Industrial Control Solutions Co., Ltd., 6,000 yen, 6,000 yen, FY28-29
13. Creation and distribution of wide-area radar screens by integrating land-based and shipboard radar screens using the cloud.
    National Maritime Research Institute, 0 yen,Heisei 26th year 2014 -
14. Research on navigation support utilizing AIS information and port information
    Toyo Signal Communications Co., Ltd., 3,240 yen.Heisei 26th year 2014
15. Development of a real-time coastal information gathering device
    Environmental Simulation Research Institute Co., Ltd., 4,000 yen.Heisei 23th year 2011
16. Construction of an information and communication system for a test research vessel that transmits observation data from the sea to the residents of Hokkaido.
    Hokkaido Research Organization, 105 yenHeisei 22th year 2010
17. Research on the practical application of a simple ocean observation system
    Zenilight V Co., Ltd., 1,000 yenHeisei 20th year 2008
18. Research on the visualization of seaweed beds and seabed sediments using ultrasound.
    Kaijo Sonic Co., Ltd., 2,000 yenHeisei 19th year 2007
19. Research on control algorithms for unmanned environmental research vessels
    M&M Co., Ltd., 287.5 yenHeisei 18th year 2006
20. Research on the acquisition and utilization of three-dimensional seabed topography in the fisheries industry.
    Towa Electric Manufacturing Co., Ltd., 2,000 yenHeisei 17th year 2005
21. Research on the practical application of bathymetric surveying systems using fishing vessels
    M&M Co., Ltd., 287.5 yenHeisei 17th year 2005
22. Basic research on controlling mobile objects using IP
    Nexus Co., Ltd., 100 yenHeisei 16th year 2004
23. Basic research on the construction of marine networks
    Towa Electric Manufacturing Co., Ltd., 200 yenHeisei 16th year 2004

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Research grant achievements

1. Development of a lower-water temperature observation sensor for small fishing vessels for efficient fishing ground exploration.
   Hokkaido Science and Technology General Promotion Foundation Research and Development Grant Program (Startup Research Grant), 1,800 yen.Heisei 26th year 2014
2. Observation and visualization of cold water masses in scallop farming areas
   Grant from the Southern Hokkaido Academic Promotion Foundation, 2,000 yen.Heisei 19th year 2007
3. Presentation at the international conference Oceans'06 MTS/IEEE-Boston
   Grant from the Southern Hokkaido Academic Promotion Foundation, 200 yen.Heisei 18th year 2006
4. Basic research on the practical application of fixed-point observation buoys installed in aquaculture facilities
   Hokkaido Science and Technology General Promotion Center Foundation, Basic Research and Development and Development Project, 400 yen.Heisei 17th year 2005

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Scholarship donation record

1. International Meteorological and Oceanographic Corporation, 500 yenFiscal Year 7 2025
2. Alpha Suiko Consultants Co., Ltd., 500 yen.Fiscal Year 6 2024
3. Zenilight V Co., Ltd., 200 yenFiscal Year 5 2023
4. Alpha Suiko Consultants Co., Ltd., 500 yen.Fiscal Year 5 2023
5. Alpha Suiko Consultants Co., Ltd., 500 yen.Fiscal Year 3 2021
6. Alpha Suiko Consultants Co., Ltd., 500 yen.Fiscal Year 2 2020
7. Alpha Suiko Consultants Co., Ltd., 500,000 yen, FY2019
8. WADA Masaaki, 5,438 thousand yenHeisei 28th year 2016
9. Toyo Signal Communications Co., Ltd., 350 yen.Heisei 27th year 2015
10. Hokushin Telec Co., Ltd., 200 yenHeisei 26th year 2014
11. Toyo Signal Communications Co., Ltd., 350 yen.Heisei 26th year 2014
12. Environmental Simulation Research Institute Co., Ltd., 1,000 yen.Heisei 22th year 2010
13. Zenilight V Co., Ltd., 1,000 yenHeisei 21th year 2009
14. Zenilight V Co., Ltd., 1,000 yenHeisei 20th year 2008
15. Zenilight V Co., Ltd., 140 yenHeisei 19th year 2007

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Royalty track record

1. Zenilight V Co., Ltd., 1,100 yenFiscal Year 5 2023
2. Zenilight V Co., Ltd., 735 yenHeisei 25th year 2013
3. Environmental Simulation Research Institute Co., Ltd., 567 yen.Heisei 25th year 2013
4. Zenilight V Co., Ltd., 462 yenHeisei 24th year 2012
5. Zenilight V Co., Ltd., 147 yenHeisei 23th year 2011
6. Zenilight V Co., Ltd., 189 yenHeisei 22th year 2010
7. Zenilight V Co., Ltd., 210 yenHeisei 21th year 2009

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Committee Activity

• Digital Promotion Committee Member, Digital Agency, December 2022.12-
• Advisor, Hokkaido Space-Related Business Creation Collaboration Conference, Hokkaido, March 2021.3-
• Member of the Hokkaido Regional Government System Special Zone Proposal Review Committee, Hokkaido, November 2021.11 -
• Member of the Committee for the Implementation of Smart Fisheries in Field, Fisheries Agency, August 2020.8-
• Smart Fisheries Research Group Collaboration Platform Working Group Leader, Fisheries Agency, 2019.4-
• Vice Chairman of the Hokkaido Comprehensive ICT Fisheries Forum, October 2016.10 -
• ICT Regional Manager, Ministry of Internal Affairs and Communications, September 2016.9-
• Regional Information Technology Advisor, Ministry of Internal Affairs and Communications, June 2016.6 -
• Member of the Hakodate City Fisheries Promotion Liaison Council, Hakodate City Agriculture, Forestry and Fisheries Department, August 2011.8 - August 2013.8.
• Hakodate City Aquarium Construction Basic Concept Formulation Committee, Hakodate City, April 2004.4 - March 2005.3.
• Research Group on Mobile Phone-Based Search and Destroy Systems for Missing Persons, Hokkaido Telecommunications Bureau, 1999.12-2000.3

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Academic activities

• Member of the Organizing Committee for the Hokkaido Symposium on Information Processing 2014 (October 2014.10)
• Chairperson of the Hokkaido Seasonal Research Group, Hokkaido Branch, Information Processing Society of Japan (August 2012.8 -)
• Organizing Committee Member for the 50th Anniversary Symposium of the Navigation Systems Research Group of the Japan Institute of Navigation (2012)
• Representative of the Japanese Society of Navigation (2010.4 – 2012.3, 2014.4 – 2016.3)
• Secretary of the Navigation Systems Research Committee, Japan Institute of Navigation (June 2010.6 – )
• Member of the Publication Production Committee for the 2010 Robotics and Mechatronics Conference of the Japan Society of Mechanical Engineers (2010)
• Institute of Electrical Engineers of JapanHeisei 20 2008 Electronics, Information, and Systems Division Conference Organizing Committee (2008)
• Secretary of the Hokkaido Branch of the Information Processing Society of Japan (April 2008.4 – March 2010.3)
• Member of the Steering Committee of the Ubiquitous Computing Systems Research Group, Information Processing Society of Japan (April 2007.4 – March 2011.3)
• Member of the Steering Committee of the Navigation Systems Research Group, Japan Institute of Navigation (June 2006.6 – )
• On-site organizing committee member for the 7th System Integration Division Conference of the Society of Instrument and Control Engineers (2006)

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Delivery class

1. Hakodate Municipal Yayoi Elementary School, January 30, 2026
2. Hokkaido Prefectural Fisheries Training Institute, October 25, 2022
3. Hokkaido Prefectural Fisheries Training Institute, October 25, 2022
4. Hokkaido Prefectural Fisheries Training Institute, October 25, 2022
5. Hokkaido Akkeshi Shoyo High School (online), September 4, 2023
6. Hokkaido Akkeshi Shoyo High School, November 22, 2022
7. Hokkaido Prefectural Fisheries Training Institute, October 25, 2022
8. Kyoto Prefectural Marine High School, 2021.10.27
9. Hokkaido Rishiri High School, May 14, 2021
10. Kyoto Prefectural Marine High School (online), February 18, 2021
11. Shizuoka Prefectural Yaizu Fisheries High School (online), January 28, 2021
12. Hokkaido Otaru Fisheries High School, January 18, 2021
13. Aomori Prefectural Aomori Kita High School, October 16, 2018
14. Shizuoka Prefectural Yaizu Chuo High School, December 7, 2017
15. Muroran Shimizuoka High School, January 27, 2017
16. Hokkaido Sapporo Hiragishi High School, November 17, 2016
17. Hokkaido Obihiro Kashiwaya High School, July 18, 2014
18. Hokkaido Takikawa Nishi High School, October 18, 2013
19. Kyoto Prefectural Toba High School, October 31, 2011
20. Aomori Prefectural Aomori Toyama High School, July 19, 2011
21. Aomori Prefectural Aomori Chuo High School, July 13, 2010

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Speaking Engagements

1. Digital Fisheries
   Fiscal Year 7 2025 5th Kishiwada City Digital Fisheries Promotion Council Educational Curriculum, Kishiwada City, 2025.12.24
2. "Smart Fisheries" Sector
   Regional Information Technology Advisors Hokkaido Conference, Sapporo City, November 18, 2025
3. Introduction to smart fisheries in Japan
   3-in-1 Visiting Professor and Practitioner Lecturer Program, Universitas Brawijaya, Online, September 16, 2025
4. Fisheries DX and Fisheries GX
   Northern Seas Technology Research Committee Lecture, Sapporo, 2025.8.8
5. Smart Fisheries: Data Sharing and Resource Sharing
   Fisheries and Oceanography Symposium, Tokyo, March 15, 2025
6. Resource management of sea cucumbers using iPads in the Rumoi area of ​​Hokkaido
   Resource management dissemination seminar, Tokyo, 2025.3.11
7. Fishing vessels and aquaculture
   SSK Seminar "Next-Generation Fisheries Business Strategies," Online, March 10, 2025
8. Utilization of digital technology and next-generation fisheries
   Fisheries and Village Research Institute Symposium, Tokyo, November 28, 2024
9. Smart Fisheries: Social Implementation and Future Prospects
   Fiscal Year 6 2024 Industrial Education Training Workshop (Entrepreneurship Education and Fisheries), Natori City, October 10, 2024
10. The ocean of the future, the dinner table of the future
    The 10th General Meeting of the Northern Kinki Future Ocean Project, held online, September 4, 2024.
11. Smart fisheries nationwide
    Fiscal Year 5 2023 Fisheries Research Center Research Results Information Exchange Meeting, Uwajima City, March 11, 2024
12. Changes in the behavior of producers and consumers
    Fisheries Future 2024, Tokyo Metropolitan Government, March 5, 2024.
13. Expectations for the digital fisheries industry
    Digital Fisheries Online Training Session, Tokyo, March 1, 2024
14. Fisheries in the GX Era
    GIS Day in Hakodate 2024, Hakodate City, February 29, 2024
15. Regional challenges and smart fisheries
    Fiscal Year 5 2023 New Technology Introduction Seminar, Miyazu City, February 28, 2024
16. About smart fisheries
    2023 2023 JF Group Management Training Seminar, Online, February 26, 2024
17. Smart Fisheries Training
    Tokushima Prefecture Fishermen's Association Study Session, Tokushima City, February 21, 2024
18. Fisheries in the decarbonized era
    The 25th Hokkaido Fishermen's Association Okhotsk-Pacific Conference, Wakkanai City, February 17, 2024.
19. The potential of AI in the fisheries sector
    Science Council of Japan Public Symposium "The Role and Challenges of AI in the Fisheries and Marine Sectors," Online, December 15, 2023
20. The current state of smart fisheries
    Fishery Management Training, Toyama City, December 12, 2023
21. Smart Fisheries Training
    Fiscal Year 5 2023 Wakayama Smart Aquaculture Fair, Kushimoto Town, November 20, 2023
22. Examples of smart fisheries
    DX Fisheries Innovation Miyagi, Miyagi Prefecture (Sendai City, Ishinomaki City, Kesennuma City), September 5-8, 2023
23. Considering sustainable fisheries
    Interdisciplinary Conference Hokkaido Forum 2023, Sapporo City, September 1, 2023.
24. Introduction to Smart Fisheries
    Japan International Seafood Show, Tokyo, August 21, 2019
25. Current status and future challenges of smart fisheries
    Study session on the JF National Federation of Fisheries Cooperative Associations' Smart Fisheries Initiatives, online, August 21, 2023.
26. Fisheries and Green Innovation
    Alpha Suiko Consultants Co., Ltd. Internal Study Session, Sapporo City, January 25, 2019
27. Outlook for Fisheries GX
    Hokkaido Society 5.0 Promotion Council, Sapporo City, July 25, 2023
28. Fisheries GX ~Towards an era of ethical production and ethical consumption~
    Kobe University Value School Cafe Project, Kobe City, July 11, 2023
29. MICT Project
    Ministry of Internal Affairs and Communications MRA International Workshop 2023, Tokyo, March 17, 2023.
30. Smart fisheries nurtured by everyone
    Information Processing Society of Japan National Convention, Tokyo, March 4, 2023.
31. Coastal fisheries and green innovation
    Regional Studies Meeting, Shiogama City, January 21, 2023
32. Local food industries and the future of dining
    Study group on the development of the local food industry, Sendai City, January 20, 2023.
33. Ethical production and ethical consumption
    Uoko, Kobe City, 2022.12.14
34. Marine IT initiatives
    IEEE History Committee, Hakodate City, October 21, 2022
35. What is smart fisheries?
    Rumoi Japan Sea Research Team! 2022, Online, August 8, 2022
36. Fisheries DX (Dialogue)
    Ehime Food Tech Valley Study Session, Online, August 5, 2022
37. Examples and challenges of smart fisheries
    Fiscal Year 4 2022 Miyagi Prefecture Fishermen's Association Training Session, Sendai City, July 22, 2022
38. Data Analytics for Fishery Productivity
    PRODUCTIVITY TALK, Online, May 31, 2022
39. The future of fishing, the future of dining
    Digital Rural City Promotion Seminar in Nemuro, Nemuro City, May 24, 2022
40. Fisheries and SDGs
    ICT Strategy Special Seminar, Online, April 19, 2022
41. Smart Fisheries: Utilizing Location and Catch Data
    Chiba Prefecture Fishermen's Association Choshi Branch Training Session, Online, March 19, 2022
42. Outreach lectures on smart fisheries (Marine IT)
    Fisheries Extension Officer Training Seminar, Online, March 18, 2022
43. Communication Technology Supporting Smart Fisheries: Radio Communications for Smart Fisheries
    Ministry of Internal Affairs and Communications MRA International Workshop, Online, March 11, 2022
44. Smart fisheries for beginners
    Marine Industry Promotion Seminar, Kobe City, March 9, 2022
45. Ethical Consumption and Smart Fisheries
    Fisheries x Tech, Online, March 3, 2022
46. The future of fishing
    Marine Research Center Results Presentation Meeting, Online, March 2, 2022
47. sustainable water industry
    SAJ Smart Fisheries Seminar, Online, February 4, 2022
48. Undecided
    Imizu City Study Session, Imizu City, February 3, 2022 (Cancelled)
49. Trends in smart fisheries
    59th Hokkaido High School Education Research Conference, Otaru City, 2022.1.13
50. Fisheries and Green Innovation
    Executive Training Course & Trial Seminar ~Next Logistics Philosophy Concept, Tokyo, December 7, 2021
51. Co-creating the future
    The 5th Annual Meeting of the Japan Society for Co-creation, held online (Hakodate City), December 4, 2021.
52. ICT utilization in the fisheries industry: What is smart fisheries?
    Fisheries Management Training, Toyama City, November 12, 2021
53. Potential for aquaculture in the Nemuro-Kushiro region (Conference)
    NoMaps Kushiro/Nemuro 2021, Online Streaming (Kushiro City), November 9, 2021
54. Bluefin tuna and smart fisheries
    Regional Information Technology Seminar ~Local Government DX, Smart Agriculture and Fisheries~, Online, October 27, 2021
55. Digital Transformation to Realize Fair Distribution of Marine Products (Panel Discussion)
    Tokyo Sustainable Seafood Summit 2021, Online Streaming (Tokyo), October 11, 2021
56. Smart Fisheries: Participatory Research Methods
    The 93rd Annual Meeting of the National Association for Lake and River Aquaculture Research (WEB), Online, September 2, 2021
57. A glimpse into the future of fisheries
    Hakodate Marine Future Exhibition, Hakodate City, August 14, 2021
58. Fisheries data linkage platform and data utilization case studies in Ishigaki Island
    The 5th "Agricultural and Fisheries Support Technology Exhibition," Okinawa, Naha City, March 9, 2021.
59. Smart fisheries nurtured by everyone
    Smart Agriculture and Fisheries & Advanced Technology Experience Fair in Iwaki, Iwaki City, February 27, 2021
60. Research and development on supporting fixed net fishing using ICT, with the aim of reducing CO2 emissions from fishing vessels.
    ICT Innovation Forum 2020, Online, January 21, 2021
61. Northern and Southern Tuna Fishing
    Marine Measurement Sensor Technology Research Group, Online, December 17, 2020
62. Smart fisheries initiatives in Ishigaki Island
    Navigation Systems Research Group2020 2020 Autumn Research Meeting, Online, November 14, 2020
63. Smart fisheries and industry-academia collaboration
    The 48th Internet Technology Committee 163 Study Group Meeting, Sapporo (plus online), November 10, 2020.
64. Prospects for smart fisheries
    Tokyo Sustainable Seafood Symposium, Online, November 6, 2020
65. Smart fisheries in Japan, toward the sustainable fisheries.
    ROMANSY 2020, Online, September 24, 2020
66. Data integration and managed fisheries
    International Fisheries Society Conference, Online, August 29, 2020
67. Smart Fisheries
    Shinminato Fisheries Cooperative Association Smart Fisheries Training Session, Imizu City, February 20, 2020
68. Promoting smart fisheries through industry-academia-government collaboration
    Japan International Seafood Show, Osaka, February 19, 2020
69. The utilization of ICT in Marine Aquaculture
    General lecture, Mataram, Indonesia, November 15, 2019
70. Marine IT and Smart Fisheries
    AIST Hokkaido Center Workshop in Hakodate, Hakodate City, November 12, 2019
71. Smart fisheries and data integration platform
    Lecture Meeting of the Information and Communication Research Group, Information and Communication Technology Subcommittee, Information and Communication and Electronics Division, Industrial Technology Collaboration Promotion Council, Sapporo City, November 11, 2019.
72. Information Technologies for Sustainable Fisheries in the case of Sea Cucumber
    BIT's 8th Annual World Congress of Aquaculture and Fisheries 2019, Xiamen, China, November 3, 2019
73. Marine IT initiatives
    Industry-Government-Academia Collaboration Seminar on Primary Industries in Mie Prefecture, Tsu City, September 20, 2019
74. 2030 2030 Fisheries
    NoMaps Kushiro/Nemuro, Kushiro City, September 11, 2019
75. Smart fisheries: Opening the way to the future of the fishing industry
    Japan International Seafood Show, Tokyo, August 21, 2019
76. Sustainable fisheries made possible by data integration
    Satellite Data Analysis Technology Research Group, Nagato City, April 16, 2019
77. Fisheries and Information Processing
    Ishigaki City employee training, Ishigaki City, February 28, 2019
78. Prospects for smart fisheries
    Alpha Suiko Consultants Co., Ltd. Internal Study Session, Sapporo City, January 25, 2019
79. Promoting the fisheries industry through the use of ICT
    Hokkaido Fisheries Civil Engineering Technology Training Seminar, Sapporo City, January 24, 2019
80. Fisheries in a data-driven society
    IEEE Sendai Section Conference, Sendai City, December 13, 2018
81. Examples of SCOPE utilization
    Industry-Academia-Government Collaboration Promotion Training, Kokubunji City, November 22, 2018
82. Innovation through big data from fixed fishing nets
    Fundamentals of Software Engineering Workshop, Hakodate City, November 15, 2018
83. ICT Applications for Future Mariculture
    The 1st International Seminar on Mariculture and its Biotechnology, Denpasar, Indonesia, November 14, 2018.
84. The fishing industry of the near future
    Electronic Device Forum Kyoto, Kyoto City, October 31, 2018
85. Fisheries and artificial intelligence
    Future AI Research Center Exchange Meeting / Industry-Academia-Government-Finance Collaboration Forum, Hakodate City, October 26, 2018
86. Sustainable fisheries initiatives utilizing AI/IoT
    Otsuka Shokai Autumn Fair, Sapporo City, October 25, 2018
87. Coastal fisheries and environmental measurement
    Tokyo Bay Symposium, Yokohama City, October 18, 2018
88. ICT Applications for Sustainable Fishery
    Kuliah umum SATREPS, Jakarta, September 18, 2018
89. Optimization of production and distribution using artificial intelligence
    The Japan Society for Precision Engineering Autumn Meeting Symposium, Hakodate City, September 6, 2018 (Cancelled)
90. IoT opens up the path to sustainable fisheries
    Kochi Prefecture IoT Promotion Lab Research Group Seminar, Kochi City, August 28, 2018
91. Sustainable fisheries initiatives utilizing AI/IoT
    AI/IoT Introduction Promotion Seminar, Sapporo City, July 26, 2018
92. Reforming the fisheries industry through IoT
    New Media Development Association Lecture Meeting, Tokyo, July 6, 2018
93. Sustainable fisheries realized by Society 5.0
    Wireless LAN and Mobile Network Utilization Seminar, Tokyo, June 22, 2018
94. Starting with sketches: ICT
    Fisheries Civil Engineering and Construction Technology Center Lecture Meeting, Tokyo, June 20, 2018
95. Fisheries and Navigation Systems
    Japan Institute of Navigation, Navigation Systems Research Group, Tokyo, June 9, 2018.
96. IoT and three visualizations for the fishing and aquaculture industries
    Iwate ICT Fair 2018, Morioka City, May 25, 2018
97. Fisheries and artificial intelligence
    Geological Survey of Japan Internal Presentation Meeting (Columbia), Sapporo, March 20, 2018
98. Building a sustainable fisheries model
    Exchange of opinions for the promotion of fisheries in the Sea of ​​Japan, Esashi Town, March 5, 2018
99. The potential of drones in the marine IT field
    GISDay, Hakodate City, February 21, 2018
100. Co-creation of ICT in fisheries and aquaculture
     Regional IoT Implementation Promotion Seminar, Hiroshima City, February 19, 2018
101. IT adoption in the fisheries industry
     Special Committee on Economic Structural Reform, Tokyo Metropolitan Government, February 13, 2018
102. Building a sustainable fisheries model
     Meeting to Thoroughly Promote Structural Reforms of the Council for Future Investment, Tokyo, February 13, 2018
103. FISH Project: Fixed Nets and Artificial Intelligence
     Nitto Seimo Fixed Netting Technology Study Session, Sapporo City, February 1, 2018
104. An overview of artificial intelligence learned in the fisheries industry.
     All-Hokkaido Fisheries Cooperative Youth Division Convention, Sapporo City, January 27, 2018
105. Fixed fishing nets and artificial intelligence
     Meeting to exchange opinions on reducing the catch of bluefin tuna, Ishinomaki City, December 1, 2017
106. Transforming the fisheries industry through ICT
     Hokuriku Region ICT Innovation Seminar, Kanazawa City, November 28, 2017
107. Coexistence between fishermen and AI
     The Japan Marine Fisheries Systems Association Monthly Meeting, Tokyo, November 17, 2017
108. Fisheries in the age of AI and IoT
     Joint Conference of the Hokkaido Branches of Electrical and Information Engineering Societies, Hakodate City, October 28, 2017
109. Another "Fisheries + d"
     Executive briefing for NTT Group, Tokyo, October 25, 2017
110. Towards the realization of AI-powered fishing
     No Maps, Sapporo City, 2017.10.11
111. Information technologies for sustainable fishery
     Workshop on Marine Observation and Research Towards Evidence Based Sustainable Ocean Governance, Tokyo, 2017.06.28
112. Challenges toward sustainable fisheries
     Hitachi Industrial Control Solutions Co., Ltd. Business Commercialization Announcement, Tokyo, June 16, 2017
113. Sustainable fisheries initiatives through mechanization and information technology
     Fisheries Machinery Research Association Lecture Meeting, Sapporo City, February 28, 2017
114. Industry and IT
     Special Dream Seminar, Ama Town, December 16, 2016
115. Marine IT ~Initiatives in ICT-based Fisheries~
     Four Fisheries Societies, Tokyo, 2016.12.06
116. Fisheries and ITS
     ITS Symposium 2016, Sapporo, November 11, 2016
117. Sensor network system for fishermen
     Sensors, Micromachines and Applied Systems Symposium, Hirado City, October 25, 2016
118. IoT and the future of fishing
     Public Service Efficiency Research Conference, Tokyo Metropolitan Government, October 21, 2016
119. Vertical and horizontal deployment of ICT in fisheries
     ICT Utilization Seminar in Hokkaido, Sapporo City, October 20, 2016
120. Examples of ship monitoring applications
     All Japan Fishing Port Construction Association Lecture Meeting, Nagasaki City, October 17, 2016
121. ICT creates a new fisheries industry
     ICT Fair in Tohoku 2016, Sendai City, June 14, 2016
122. ICT in Fisheries and Standardization Initiatives
     Wireless Technology Park 2016, Tokyo, May 27, 2016
123. Towards the realization of AI-powered fishing
     CIAJ Forum WG Activity Results Presentation, Tokyo, April 21, 2016
124. Regional revitalization through IT-driven fisheries
     Regional ICT Summit, Tokyo, March 2016.3.
125. Regional revitalization through ICT-based fisheries
     "Toward Regional Revitalization through ICT Fisheries" Exchange of Opinions Meeting, Sapporo City, March 2016.3.
126. ICT and Fisheries
     Liberal Democratic Party Fisheries Committee, Tokyo, February 2016.2.
127. Marine information distribution service for the coast of Hakodate City
     Hakodate City Fisheries Industry-Academia Collaboration Exchange Meeting, Hakodate City, 2016.2
128. IT Fisheries Initiatives Using Iridium SBD Services
     Industry-academia collaboration seminar on ocean and space, Hakodate City, 2016.1
129. Regional revitalization through IT-driven fisheries
     Regional Information Technology Advisory Conference, Tokyo Metropolitan Government, 2016.1
130. Marine IT and fixed net fishing
     Shizuoka Prefecture Fixed Net Fisheries Production Technology Training Seminar, Ito City, November 2015.11.
131. Production and distribution systems for smart fisheries
     SICE SSI2015, Hakodate City, November 2015.11.
132. Marine IT
     ICT Innovation Forum, Chiba City, October 2015.10
133. Hakodate Fisheries x IT Initiative
     Fisheries x IT: "Exploring the Future of the Fisheries Industry with the Power of IT," Sendai City, March 19, 2014.
134. Prospects for marine ubiquitous sensing and IT-driven fisheries
     The 6th Agri-Technology Seeds Seminar: Utilization of Sensing Technology in the Agriculture, Forestry, and Fisheries Sectors, Tokyo, March 9, 2012.

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