Hyper Interdisciplinary Conference 2020 Commemorating the Opening of the Fukushima Robot Test Field

Conference Theme
From Fukushima to Demonstration and to the World
Day & Time
[Friday, November 13, 2020 (14:00-18:00) [Forum] Saturday, November 14, 2020 (11:00-16:30)
Place
Fukushima Robot Test Field, Minamisoma, FukushimaAccess

At the Hyperdisciplinarity Conference,Publicize the value of your research,Provides an opportunity to collect research funding

Forum Overview

Fukushima Robot Test Field (RTF)The Fukushima Innovation Coast is a large outdoor demonstration and testing facility that will be developed under the Fukushima Innovation Coast Concept, and is one of the world's largest R&D centers for unmanned aerial vehicles, disaster response robots, automated driving robots, and underwater exploration robots, which are expected to be used for logistics, infrastructure inspection, and large-scale disasters. It is a large outdoor demonstration and testing facility where R&D, demonstration testing, performance evaluation, and pilot training can be conducted while reproducing the actual environment in which they will be used.

Currently, 21 universities, research institutes, and companies related to drones, robotics, mobility, and nondestructive testing have moved into the research building at the RTF, and full-scale demonstration tests have begun. Panel discussions and poster/booth exhibits will be held with these tenants, as well as business companies, venture companies, and researchers from within and outside the prefecture, on themes such as drones, robotics, infrastructure inspection, agricultural IoT, and disaster response. This is a valuable opportunity to think about field-based demonstration research in the field, and we look forward to the participation of those who wish to accelerate R&D using the RTF or consider new initiatives.

Programs
[Pre-event] Friday, November 13, 14:00-18:00 (capacity: limited to 40 people)
*Because of the large number of applications, the number of openings for the previous day's event is now full.
The event will include a tour of the Fukushima Robot Test Field, demonstrations by resident companies, and an exchange meeting between participants and resident companies.
*Only on-site meetings will be held. If you are interested in considering field-based demonstration studies in the field, please join us.

[Forum] Saturday, November 14, 11:00-16:30
Panel discussions and poster/booth exhibits will be held with RTF tenants, business companies, venture companies, and researchers from within and outside of the prefecture.
*Simultaneous distribution to satellite sites (in Tokyo) and online distribution will be available on the day of the forum only.
*Satellite venue:Seminar Room, Knowledge Foundation Research Center, Tokyo Headquarters, LIBANES Corporation (Iidabashi Goko Bldg. 4F, 1-4 Shimomiyaibicho, Shinjuku-ku, Tokyo 162-0822, Japan)

Participants
Researchers, large companies, venture companies, local companies, local governments, junior high and high school students, citizens, etc.

Project Keywords
Outdoor demonstration testing, robots, drones, flying cars, automated driving, non-destructive infrastructure testing, remote sensing, etc.

Sponsored by:Fukushima Innovation Coast Organization

● Operation:Leave a Nest Co., Ltd.

Venue Access

Access to the venue

November 13 (Fri.) Please take a scheduled bus or cab (about 10 minutes) from JR Haranomachi Station to the venue; for the 14:00 program start, there is a scheduled bus leaving from 13:15 Haranomachi Station to arrive at 13:29 Fukushima Robot Test Field.

Saturday, November 14Free shuttle bus service will be available from JR Haranomachi Station at the following timesIt is. Please include regular buses.Departure times have been partially changed.

        • Departure: 9:45 → Arrival: 10:00 (shuttle bus)
        • Departure: 10:30 → Arrival: 10:45 (shuttle bus)
        • * Departure: 10:45 → Arrival: 10:59 (regular bus)
        • Departure: 11:15 → Arrival: 11:30 (shuttle bus)

Access to JR Haranomachi Station:

  • From Sendai Station, take the JR Joban Line in the direction of Haranomachi, and get off at Haranomachi Station (approximately 1 hour and 20 minutes ride).
  • From Ueno Station, take the JR Joban Line limited express bound for Sendai, and get off at Haranomachi Station (about 3 hours and 30 minutes ride).

About the transfer from Fukushima Robot Test Field to Haranomachi Station:

November 13 (Fri.) After the event at 18:00, the bus used for the field trip (capacity of 40 people) will take you to Haranomachi Station. Other regular buses departing from Fukushima Robot Test Field at 18:16 will also be available.

November 14 (Sat.) A free shuttle bus will run from in front of the Fukushima Robot Test Field to JR Haranomachi Station at the following times. Please also include regular buses (bound for JR Haranomachi Station and Fukushima Station West Exit).Departure times have been partially changed.

        • Departure: 16:30 → Arrival: 16:45 (shuttle bus)
        • *16:16→16:35 (in front of Haranomachi Station) (regular bus)
        • Departure: 17:10 → Arrival: 17:25 (shuttle bus)
        • *17:16→17:35 (in front of Haranomachi Station) →19:20 (Fukushima Station West Exit) (regular bus)

Accommodation

Those attending the previous day's program must make their own accommodation arrangements.
[Reference]Minamisoma City Tourism Information Site
Hotels near JR Haranomachi Station, such as Asahi-cho, Nishiki-cho, and Honmachi in Haramachi-ku, are recommended.

  • Forum] November 14
  • November 13

Saturday, November 14, 11:00 - 16:30

Session Room A Session Room B Poster and booth
10:30 inauguration
11:00 Opening Remarks
keynote speech
(Simultaneous delivery)
11:30 Session A-1
World Class Air Technology from Japan
Session B-1
What kind of robot work is required in harsh environments?
hour
12:30 technology splash(Short pitch) (Simultaneous delivery) Poster Session
14:00 Session A-2
How long will people continue to be responsible for the construction, maintenance and inspection of large buildings?
Session B-2
Can the introduction of new technology bring back agriculture?
15:00 Session A-3
What is the future of disaster response with human-robot collaboration?
Session B-3
Possibilities for automated and autonomous driving from a sparse space
16:00 Closing Ceremony
16:30 End

 

11:15-11:30
  • Session Rooms A, B, Satellite
Keynote Speech: "Development of Flying Cars and RTF Utilization
Tomohiro Fukuzawa, Representative Director, SkyDrive Corporation
SkyDrive Corporation, as a tenant of the second phase of the Fukushima Robot Test Field Research Building, has been utilizing the facility to conduct research and development of aircraft since 2019. on August 25, 2020, a public manned flight test of the SD-03, the world's first manned prototype, was held at the Toyota Test Field, one of the bases. The SD-03 is a major step toward the company's goal of commercializing a flying car by 2023. In his keynote speech, Mr. Fukuzawa, Representative Director of the company, will talk about the development of flying cars and manned flight, as well as the significance of a venue where outdoor demonstrations can be conducted.

"More Information"

Representative Director and CEO, SkyDrive Corporation
Tomohiro Fukuzawa

After graduating from the University of Tokyo's Faculty of Engineering, he joined Toyota Motor Corporation in 2010, where he was engaged in global procurement. At the same time, he received a Cost Improvement Award for his improvement activities using the Toyota Production System at many worksites.In 2018, he established SkyDrive Corporation to promote the development of "flying cars" and "cargo drones". As a member of the "Public-Private Council for the Air Mobility Revolution" implemented by the Ministry of Economy, Trade and Industry and the Ministry of Land, Infrastructure, Transport and Tourism, he is also working with the government to create new rules for the practical application of "flying cars".

11:30-12:20
  • Session Room A, Satellite
<Session A-1
World Class Air Technology from Japan
Flying cars and commercial drones are being developed around the world. While the technology is advancing day by day, it is also important to accurately understand the issues and to be able to use the technology to the fullest in order to link it to social implementation. In this session, we would like to discuss how to accelerate the development necessary for social implementation of the technology in Japan by bringing together three Japanese flying car and commercial drone venture companies that are developing their own technologies.

"More Information"

Managing Director, Prodrone Inc.
Kazuo Ichihara

He was in charge of developing wireless communication and network technology at a major electronics manufacturer. He then became independent and engaged in ICT-related systems and software development. In 2015, he co-founded ProDrone with three other members, where he currently works. He is in charge of system software and elemental technology development and patent strategy to make drones cloud-ready.

Representative Director and CEO, Aerology Lab Inc.
Shinichi Tani

Born in Osaka in 1958. After graduating from Osaka University Faculty of Dentistry, he joined a university laboratory, and in 1994, he established the medical corporation TANI Dental Clinic. In 2012, he established AeroLab and developed a number of industrial drones. In 2020, he announced two new models in the AeroRange series with enhanced performance and safety, and plans to start mass production and sales by the end of FY2021. The company is taking on the challenge of establishing a sales structure.

Representative Director and CEO, SkyDrive Corporation
Tomohiro Fukuzawa

After graduating from the University of Tokyo's Faculty of Engineering, he joined Toyota Motor Corporation in 2010, where he was engaged in global procurement. At the same time, he received a Cost Improvement Award for his improvement activities using the Toyota Production System at many worksites.In 2018, he established SkyDrive Corporation to promote the development of "flying cars" and "cargo drones". As a member of the "Public-Private Council for the Air Mobility Revolution" implemented by the Ministry of Economy, Trade and Industry and the Ministry of Land, Infrastructure, Transport and Tourism, he is also working with the government to create new rules for the practical application of "flying cars".

Moderator.

Co-founder/Representative Partner, Drone Fund
Soki Omae

In 2002, he founded Creative Hope Inc. and has successfully led numerous domestic and international projects through strategic web/IT consulting. As a drone grapher (2014-), his activities include winning the runner-up prize in the Drone Movie Contest (2016) and overall supervision for Yomiuri TV Drone Zekkei Kiko (2018) He was appointed to the Drone Fund Advisory Board in 2017 and became co-chair partner the following year. He is a professor at Business Breakthrough University/Graduate School (specializing in digital marketing).

14:00-14:50
  • Session Room A, Satellite
<Session A-2
How long will people continue to be responsible for the construction, maintenance and inspection of large buildings?
What are the characteristics of large buildings and what are the essential points for current construction, maintenance, and inspection? In the face of official inspections and other regulations, we will consider the development environment and roadmap necessary to facilitate the implementation of robots for large buildings.

"More Information"

Researcher, Robotics Technology Group, Technical Research Institute, Sumitomo Heavy Industries, Ltd.
Mr. Haruhiko Etou

He received his M.S. in Physics from Kyushu University, Japan. After joining Sumitomo Heavy Industries, Ltd. he was engaged in research and development of proton accelerators for cancer therapy.From 2017 to 2019, he began research in the field of robotics, which leads to his current theme, as a visiting engineer at the Massachusetts Institute of Technology. Aiming to realize a robot that can be used in the manufacturing of giant structures, he is working on the technological development of moving mechanisms and teleoperation techniques.

Director, General Manager, Data Strategy Division, Aizawa Koatsu Concrete Co.
Mr. Koichi Katsuyama

As an in-house SE, he was in charge of defining requirements and negotiating with vendors for the implementation of business systems, and was appointed as the leader of the drone project when it was launched in January 2019, where he was in charge of negotiations with US drone manufacturers, planning and implementation of demonstration tests. Currently, he is also involved in the planning and development of drone services for the concrete industry.

General Manager, UAV System Business Office, Social Solution Business Promotion Department, Denso Corporation
Mr. Hidefine Murahashi

Since joining Denso Corporation, he has been involved in the development of new business fields and product development derived from automotive technology, and in 2014 became the head of the development office for new business, promoting the commercialization and development of variable pitch drones developed in the company's research laboratory. Currently, since 2018, he has been engaged in the bridge inspection solution business using UAVs as the general manager of the UAV Business Office, and since 2019, he has been a board member of the Japan Industrial Unmanned Aerial Vehicle Manufacturers Association (JUAV).

Moderator.

Director, Knowledge Foundation Research Center, Liverness, Inc.
Takashi Okazaki

Doctor of Science. Graduated from the Graduate School of Osaka University. After working as a special researcher at the National Institute of Advanced Industrial Science and Technology (AIST), he joined LIVERNESS. In addition to his diverse research experience at universities, major textile manufacturers, and the National Institute of Advanced Industrial Science and Technology (AIST), he has been engaged in science and technology promotion planning at an affiliated organization of a local government. Mainly engaged in local seed discovery, human resource development, and regional acceleration.

12:30-13:00
  • Session Room A, Satellite
technology splash
(Short pitch)
In the "Technology Splash" session of this forum, RTF residents and businesses in Minamisoma will make short pitches. They will share the most passionate aspects of their research and business with the participants, transcending the boundaries of their fields and affiliations. This is a place where the enthusiasm of the presenters and the enthusiasm of the participants collide, and new research ideas and friends are born like a splash. That is what Technology Splash is all about.

"More Information"

Announcement No. belong to identity Presentation Theme
1 University of Aizu Reconstruction Assistance Center Makoto Yashiro Robotics R&D and RTF Utilization at the University of Aizu
2 Living Robotics, Inc. Yasuhiro Kawauchi Partner Robot Platform
3 Nippon Marine Co. Yusuke Sato Introduction of the latest underwater drones
4 Robodex Corporation Daisuke Kaiou Large drones using hydrogen fuel cells
5 Toko Tekko Co. Kazumasa Echizenya Development of domestic drones
6 Robocom and F.A.C.M., Inc. Hitoshi Yamaguchi SMART FACTORY SHOUCASE Minamisoma's Robot Technology to the World
7 F-Design Corporation Munehiro Kamimura We will design its robot development.
8 Kufusiya Corporation Takeichiro Onishi Development of Autonomous Mobile Robots
9 Toray Shokuhin Co. Satoshi Okimura Effective Utilization of Food Waste
10 Robot Industry Promotion Office, Commerce, Industry and Labor Division, Economy Department, Minamisoma City, Fukushima Prefecture Kiyonobu Kazuyoshi Support measures for the robot industry in Minamisoma
11 Dream Support Minamisoma Co. Hiroyuki Kimura Minamisoma Industrial Creation Center (MIC)
15:00-15:50
  • Session Room A, Satellite
<セッションA-3>
What is the future of disaster response with human-robot collaboration?
Disaster sites where activities are fraught with danger, despite the strong need for human on-site judgment, such as rapid lifesaving. At such sites, where cooperation between people and robots is crucial, both people and robots must be trained and developed for such cooperation. We will discuss forms of collaboration that take advantage of the strengths of each.

"More Information"

Fukushima Comprehensive Disaster Response Training Organization Secretariat
Mr. Yasushi Sugimoto

He has been involved with the Fukushima Comprehensive Disaster Response Training Organization since the conception and preparation stages of its establishment. Currently, as one of the key members of the secretariat, he is committed to the growth and development of the organization. He has been involved in many projects related to disaster prevention, crisis management, and risk management at consulting firms and think tanks. He holds a PhD from Manchester Business School, University of Manchester, UK.

Representative Director, ExtraBold Corporation
Mr. Yuji Hara

After working in the prototype field at a major telecommunications equipment manufacturer and at a 3D CAD software development company, he started his own 3D manufacturing support company and other businesses. He then established ExtraBold Inc. in December 2017 as a company developing a 3D printer that circulates plastic. In April this year, the company released the EXF-12, a large 3D printer the size of a 12-foot container. ExtraBold R&D was also established in Singapore to conduct research and development of new 3D print heads.

Representative Director, Terra Labs, Inc. Secretary General, Japan Drone Promotion Association
Takahide Matsuura

He started his career at the age of 24, starting his own ventures and non-profit organizations, and worked as a university employee before assuming his current position. Specializing in public policy, he has been conducting research on information collection and sharing systems using long-range unmanned aerial vehicles (UAVs) in times of disaster. Currently, he is conducting research and development with the goal of social implementation of long-range unmanned aerial vehicles (fixed-wing aircraft) for data collection and sharing of information during normal and emergency situations.

Moderator.

President and Representative Director, Aerodyne Japan K.K.
Akira Ito

He graduated from California State University, Santa Cruz with a B.A. in Digital Media. He began his career as an AD at a TV program production company and is currently the Japanese representative of Aerodyne, a foreign-affiliated drone company. Based on his extensive overseas experience, he is currently working to promote drone-based digital transformation for corporations and governments. He is the author of the original article, "The Frontline of Infrastructure Robot Utilization: The Future Brought to You by Drones and Digital Technology" (Doboku Gijutsu Shiryo, April 2020).

11:30-12:20
  • Session Room B
<Session B-1
What kind of robot work is required in harsh environments?
There are still harsh environments where people are forced to work while being abused in hard labor. One such environment is one in which human access is restricted, such as in decommissioning. This session will discuss the environment for the development of work robots that can replace and feature humans and the role of RTFs. Furthermore, such technology is expected to develop into decommissioning, extreme environments, and space development, and we will discuss the future of the industry that will expand from RTFs to various other areas of the world.

"More Information"

President and Representative Director, Ball Wave Corporation
Mr. Shingo Akao

After completing his graduate studies at the Graduate School of Science and Engineering, University of Tsukuba, he worked at the Toppan Printing Research Institute, where he was engaged in research and development related to "Ball SAW," an ultra-sensitive sensor using a quartz ball only 3mm in diameter. While at the research institute, he obtained a doctorate in Materials and Systems Engineering at the Graduate School of Engineering, Tohoku University, where he also served as a visiting associate professor at the Joint Research Center for Advanced Science and Technology, Tohoku University. He then retired from Toppan Printing and established Ball Wave Corporation in November 2015, becoming its representative director.

Representative Director, MELTIN MMI, Inc.
Mr. Masahiro Kasuya

Born in 1988, he started his research on cyborg technology in 2002 and went to the School of Science and Engineering at Waseda University in 2006. In graduate school, he majored in Bioscience and Biotechnology at the Graduate School of Advanced Science and Engineering. founded MELTIN MMI, Inc. in 2013. received his PhD in Robotics and Artificial Intelligence Engineering from the Graduate School of Information Science and Engineering at the University of Electro-Communications in 2016. in 2018, he was selected by Forbes as one of the 30 most notable Asian people in the world.

Jinki-Industry Corporation
Dr. Hakase Kanaoka, President and Representative Director

Based on control and implementation technologies for master-slave systems, power amplification robots, etc., he independently proposed the concept of man-machine synergy effectors (man-machine synergy effectors). 2007, he established Man-Machine Synergy Effectors Co. Ittai in Shiga Prefecture in 2018, and launched Fukushima Base at Fukushima Robot Test Field in 2019. Through the development of humanoid heavy machinery, he aims to implement advanced robotics technology into society. Doctor of Engineering.

Moderator.

Director, Investment Development Research Center, Riverness, Inc.
Yoshinobu Osaka

He holds a Master's degree in Business Administration from Keio University, Graduate School of Business Administration. After working at Mitsubishi UFJ Bank and Japan Bank for International Cooperation, he worked at the Institute of Industrial Science, University of Tokyo (Specially Appointed Researcher) and Japan Science and Technology Agency (ACCEL Program Manager). Since joining RIVANES, he has been responsible for supporting the commercialization of research results by researchers and the investment and development of venture companies. He also serves as President and Representative Director of Glocalink Inc. and Growth Manager of the Real Tech Fund.

14:00-14:50
  • Session Room B
<Session B-2
Can the introduction of new technology bring back agriculture?
Fukushima Prefecture is blessed with a natural environment and produces a diverse and rich variety of agricultural products. Geographically, it is also close to the urban areas where it is consumed. Although the introduction of cutting-edge technology is expected to replace the work of farmers, full-fledged use of this technology in agriculture is still in its infancy. In addition, it is not easy to increase the number of new workers. How can Fukushima agriculture regain its footing and chart its future? The roles of local governments and the private sector will be discussed.

"More Information"

Representative Director, Ginza Noen Co.
Kazuki Iimura

Born in 1974 in Shimotsuma City, Ibaraki Prefecture. After graduating from Nihon University's College of Industrial Engineering, he worked as a first-class architect planning and designing condominiums and buildings, and later led the structured finance business, including real estate investment and corporate acquisitions, as the head of the strategic investment consulting department of an Internet real estate auction venture. In 2009, he founded Ginza Noen. With the vision of "enriching the future of agriculture with technology," he promotes smart agriculture using "FARBOT," an autonomously controlled field robot. Farbot" is also used in NTT East's local 5G robot and JAXA's "Lunar Farm Project.

Associate Professor, National University Corporation Utsunomiya University
Director, in charge of Technical Development, I-EAT Co.

Masaru Kashiwazaki

After completing his graduate studies at the University of Tokyo, he worked for the Ministry of Agriculture, Forestry and Fisheries of Japan (now the National Agricultural Research Organization (NARO)) before coming to Utsunomiya University, where he has been in his current position since 2009. He is a full-time faculty member of the Faculty of Agriculture. Consistently engaged in research and development with the aim of practical application, and in 2014 established a joint venture company, the Institute of Agricultural Technology (now I-Eat Co., Ltd.), as a venture company originating from Utsunomiya University. Awarded the Invention Grand Prize (Tokyo Governor's Prize) in 2017 for the practical application of his research results.

President and Representative Director, KOBASHI HOLDINGS Co.
Shojiro Kobashi

Born in Okayama, Japan in 1982. Graduated from Waseda University Graduate School of Business Administration (MBA).Joined Kobashi Kogyo Co. in 2008.Appointed President and Representative Director of the company in 2016.Established KOBASHI HOLDINGS Co. in 2017 and became President and Representative Director.Promoted mechanization of agriculture since its establishment in 1910 and devoted to solving issues in the agricultural sector. He has been a member of the KOBASHI HOLDINGS Group since its establishment in 1910. Applying the knowledge and technology he has cultivated over the years, he co-creates innovations with startup companies to solve global issues.

Moderator.

Group CEO and Representative Director, LIVERNESS Co.
Yukihiro Maru

D. in Applied Biotechnology, Graduate School of Agricultural and Life Sciences, The University of Tokyo. While in graduate school, he founded LIVERNESS, a company solely for science and engineering students. He has developed Japan's first "delivery laboratory class of cutting-edge science" into a business. He operates a "knowledge manufacturing business" that combines management resources and technologies that lie dormant in universities and local communities to create the seeds of new businesses, and has over 200 projects underway through his "knowledge platform," an infrastructure that gathers knowledge from around the world. He is also an innovator who has been involved in the launch of numerous venture companies such as Euglena.

15:00-15:50
  • Session Room B
<セッションB-3>
Possibilities for automated and autonomous driving from a sparse space
How will these new technologies come to life in less populated spaces, such as new transportation networks that utilize automated and autonomous driving in local communities, and the transportation of goods and the collection of information at disaster sites that take advantage of autonomous control? In this session, we will invite players who are currently engaged in the development of these very technologies to discuss.

"More Information"

Director, Autonomous Control Systems Laboratory, Inc.
Hideki Okumura

He joined ACSL in August 2017 to conduct Japan's first unassisted unmanned small unmanned aerial vehicle (drone) flight out of sight. Previously, he contributed to the creation of a domestic market for commercial-industrial fuel cells at Bloom Energy Japan Co. He graduated from the Department of Applied Physics, Faculty of Science and Engineering, Waseda University.

Executive Officer, Chairman's Office Project Leader, Tajima Motor Corporation
Mr. Yoshihiko Kamiaraiso

He promotes the development of next-generation mobility and social systems, such as original electric vehicles (EV) and CASE technology industry-government-academia collaborative projects. Serving on the board of directors of the Association for the Promotion of Electric Vehicles (APEV), he is responsible for fostering next-generation human resources through student design contests and promoting EVs in local communities.

Professor, New Industry Creation Hatchery Center, Tohoku University
Mr. Takahiro Suzuki

D. in Engineering from the University of Tokyo in 1998. In 2013, he returned to the University of Tokyo, where he has been in his current position since 2014. He is also a visiting professor at Nagasaki University of Science and Technology, a visiting professor at the Interfaculty Initiative in Information Studies, the University of Tokyo, a board member of the Association for the Popularization of Electric Vehicles (APEV), and a board member of the Society of Instrument and Control Engineers (SICE). He has been working on social implementation of advanced technologies such as robotics and next-generation transportation in an interdisciplinary manner, contributed to the approval of Sendai City as a special zone, and is promoting the demonstration of near-future technologies such as automatic driving. He specializes in robotics, nonlinear control, ITS, and science and technology communication.

Moderator.

Executive Officer, LIVERNESS Co.
Hiroyuki Takahashi

D. from Yokohama City University in 2009. D. in Science, focusing on creating new research projects between industry and young researchers, including the launch of the "Liberace Research Fund" for young researchers under the age of 40. In addition, he continues to organize the "Super Interdisciplinary Society," a place to generate new knowledge and seeds for research and development by combining individual knowledge, technology, and passion for problem solving without being bound by the framework of academia.

12:30-13:50
  • Poster Room
Poster/Booth Posting/Exhibit
This is a place for poster and booth presentations that are not limited to specific fields, and where a wide variety of presentations are made at the same time to exchange passions among different fields and to create opportunities for innovation.

"More Information"

Poster Presentation

Abstract No. subject of an address belong to identity
P01 The Future of DaaS Level1-Level3 PRODRONE Co. Kazuo Ichihara
P02 Development of Autonomous Mobile Robots Kufusiya Corporation Takeichiro Onishi
P03 Introduction of the latest underwater drones Nippon Marine Co. Yusuke Sato
P04 Power generation using sensitized heat, converting thermal energy directly into electricity Tokyo Institute of Technology Shoko Matsushita
P05 Establishment of an International Center for Mobility Innovation and Industry Creation Tohoku University Takahiro Suzuki
P06 Creation of 3D video from video University of Aizu Tsuyokazu Oka
P07 Here, THK THK Corporation Yuta Kawamata
P08 Development of a Curved Wall Traveling Robot for Automated Construction Work of Large Steel Structures Sumitomo Heavy Industries, Ltd. Haruhiko Eto
P09 Effective Utilization of Food Waste Toray Shokuhin Co. Satoshi Okimura
P10 Support measures for the robot industry in Minamisoma Minamisoma City, Fukushima Prefecture Kiyonobu Kazuyoshi
P11 Introduction of DONKEY Corporation DONKEY Corporation Hidekatsu Yamamoto
P12 Development of a disaster response system in which human and robot systems cooperate and collaborate, and practical training through the use of the system Fukushima Comprehensive Disaster Response Training Organization Yasushi Sugimoto
P13 Repair of infrastructure structures using industrial hybrid power drones and development of drone port and fully autonomous operation system Aizawa High-Pressure Concrete Co. Koichi Kaduyama
P14 Research and development of competition methods for the World Robot Summit (WRS) infrastructure and disaster response categories International Rescue System Research Institute Soichiro Suzuki
P15 Research and development of manned aircraft location detection system National Maritime, Port and Aviation Research Institute Tadashi Koga
P16 Spatial awareness AI that can be customized to fit a variety of sensors Spacelit Corporation / The University of Tokyo Ryota Mima
P17 Development of domestic drones Toko Tekko Co. Kazumasa Echizenya
P18 Large drones using hydrogen fuel cells Robodex Corporation Daisuke Kaiou
P19 Avatar robot for hazardous environments MELTIN Corporation MMI Masahiro Kasuya
P20 Partner Robot Platform Living Robotics, Inc. Yasuhiro Kawauchi

 

Booth Exhibition

subject of an address belong to
Technical demonstration of a global litter drift diagnostic system using satellites and drones Project narwhal
Development project for the Magnus wind turbine, a next-generation wind turbine that is resistant to snow accumulation Chalenazy Corporation
Gas measurement solutions using ball SAW sensors Ball Wave Corporation
Commercialization of High-Quality In-Body Fixed Cable Systems Shintech Corporation
Fukushima satoyama restoration project using an autonomous decentralized energy system (ISOP system) Sustainable Energy Development Corporation
Improving Fuel Economy by Making Robots and Drones Boltless - Achieved by Adhesion Technology of Different Materials KanaLABO Inc.
Utilization of hybrid drones that can fly for long hours in the Fukushima Innovative Area Aerology Lab Inc.
Robotics R&D and RTF Utilization at the University of Aizu University of Aizu Reconstruction Assistance Center
We will design its robot development. F-Design Corporation
Minamisoma Industrial Creation Center (MIC) Dream Support Minamisoma Co.
Development of humanoid heavy machinery Jinki-Industry Corporation
Development of Autonomous Disaster Response Vehicle Shinmei Kogyo Co.
SMART FACTORY SHOUCASE Minamisoma's Robot Technology to the World Robocom and F.A.C.M., Inc.
Design and development support for key components of drones and other equipment using simulation Advanced Dynamics Simulation Laboratory, Inc.
Social experiment of cloud GIS information support platform operation using drones including long-range unmanned aerial vehicles Terra Labs, Inc.
Development of the "SkyDrive" Flying Car: Toward Practical Application in FY2023 SkyDrive Corporation
Development of drones for wide-area surveillance and security applications Sohgo Security Services Co.

Friday, November 13, 14:00 - 18:00

14:00-15:00
  • research building
Opening Remarks
Case studies of RTF utilization from residents
In addition to an introduction of the Fukushima Robot Test Field (RTF), companies that are already utilizing the RTF as tenants will present specific examples of their use of the RTF in demonstration tests.
15:00-17:00
  • Facility Tour
Fukushima Robot Test Field Inspection Tour
The Fukushima Robot Test Field will offer tours of its facilities and demonstrations by resident companies.

--Tour Content--
Research Building
Unmanned Aircraft Area] Airfield and wind tunnel building with buffer net
Underwater and Water Robot Area] Indoor Water Tank Test Building
[Infrastructure Inspection and Disaster Response Area] Testing plants, testing tunnels, testing bridges, urban fields
17:00-18:00
  • research building
Networking session
A social event will be held for participants and resident companies. Participants will be invited to make short pitches and this will be an opportunity for discussion leading up to the day of the forum.
(Food and beverages will not be provided.)
  • KOBASHI HOLDINGS Co.

  • Sumitomo Heavy Industries, Ltd.

  • Nihon Unisys, Ltd.

Poster and booth

Super Interdisciplinary Poster Session

Saturday, November 14, 12:30-14:00

This is a place for poster and booth presentations that are not limited to specific fields, and where a wide variety of presentations are made at the same time to exchange passions among different fields and to create opportunities for innovation.

Poster Presentation

Abstract No. subject of an address belong to identity
P01 The Future of DaaS Level1-Level3 PRODRONE Co. Kazuo Ichihara
P02 Development of Autonomous Mobile Robots Kufusiya Corporation Takeichiro Onishi
P03 Introduction of the latest underwater drones Nippon Marine Co. Yusuke Sato
P04 Power generation using sensitized heat, converting thermal energy directly into electricity Tokyo Institute of Technology Shoko Matsushita
P05 Establishment of an International Center for Mobility Innovation and Industry Creation Tohoku University Takahiro Suzuki
P06 Creation of 3D video from video University of Aizu Tsuyokazu Oka
P07 Here, THK THK Corporation Yuta Kawamata
P08 Development of a Curved Wall Traveling Robot for Automated Construction Work of Large Steel Structures Sumitomo Heavy Industries, Ltd. Haruhiko Eto
P09 Effective Utilization of Food Waste Toray Shokuhin Co. Satoshi Okimura
P10 Support measures for the robot industry in Minamisoma Minamisoma City, Fukushima Prefecture Kiyonobu Kazuyoshi
P11 Introduction of DONKEY Corporation DONKEY Corporation Hidekatsu Yamamoto
P12 Development of a disaster response system in which human and robot systems cooperate and collaborate, and practical training through the use of the system Fukushima Comprehensive Disaster Response Training Organization Yasushi Sugimoto
P13 Repair of infrastructure structures using industrial hybrid power drones and development of drone port and fully autonomous operation system Aizawa High-Pressure Concrete Co. Koichi Kaduyama
P14 Research and development of competition methods for the World Robot Summit (WRS) infrastructure and disaster response categories International Rescue System Research Institute Soichiro Suzuki
P15 Research and development of manned aircraft location detection system National Maritime, Port and Aviation Research Institute Tadashi Koga
P16 Spatial awareness AI that can be customized to fit a variety of sensors Spacelit Corporation / The University of Tokyo Ryota Mima
P17 Development of domestic drones Toko Tekko Co. Kazumasa Echizenya
P18 Large drones using hydrogen fuel cells Robodex Corporation Daisuke Kaiou
P19 Avatar robot for hazardous environments MELTIN Corporation MMI Masahiro Kasuya
P20 Partner Robot Platform Living Robotics, Inc. Yasuhiro Kawauchi
 

Booth Exhibition

subject of an address belong to
Technical demonstration of a global litter drift diagnostic system using satellites and drones Project narwhal
Development project for the Magnus wind turbine, a next-generation wind turbine that is resistant to snow accumulation Chalenazy Corporation
Gas measurement solutions using ball SAW sensors Ball Wave Corporation
Commercialization of High-Quality In-Body Fixed Cable Systems Shintech Corporation
Fukushima satoyama restoration project using an autonomous decentralized energy system (ISOP system) Sustainable Energy Development Corporation
Improving Fuel Economy by Making Robots and Drones Boltless - Achieved by Adhesion Technology of Different Materials KanaLABO Inc.
Utilization of hybrid drones that can fly for long hours in the Fukushima Innovative Area Aerology Lab Inc.
Robotics R&D and RTF Utilization at the University of Aizu University of Aizu Reconstruction Assistance Center
We will design its robot development. F-Design Corporation
Minamisoma Industrial Creation Center (MIC) Dream Support Minamisoma Co.
Development of humanoid heavy machinery Jinki-Industry Corporation
Development of Autonomous Disaster Response Vehicle Shinmei Kogyo Co.
SMART FACTORY SHOUCASE Minamisoma's Robot Technology to the World Robocom and F.A.C.M., Inc.
Design and development support for key components of drones and other equipment using simulation Advanced Dynamics Simulation Laboratory, Inc.
Social experiment of cloud GIS information support platform operation using drones including long-range unmanned aerial vehicles Terra Labs, Inc.
Development of the "SkyDrive" Flying Car: Toward Practical Application in FY2023 SkyDrive Corporation
Development of drones for wide-area surveillance and security applications Sohgo Security Services Co.
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