【Awards and Commendations】Yukio Ohsawa, Professor, received Innovative Research Award

【Awards and Commendations】Name: Yukio Ohsawa, Professor, Department of Systems Innovation,

 

Professor Yukio Ohsawa  received Innovative Research Award at the joint conference of 7 conferences organized by — Intelligent Systems Design and Applications (ISDA) , Hybrid Intelligent Systems (HIS’21), Information Assurance and Security (IAS), Soft Computing and Pattern Recognition (SoCPaR), Innovations in Bio-Inspired Computing and Applications (IBICA), Nature and Biologically Inspired Computing (NaBIC) ,Information and Communication Technologies (WICT).

 

〈Name of award and short explanation about the award〉

Innovative Research Award

This award is presented by the Machine Intelligence Research Labs (Washington, U.S.A.) to researchers whose research achievements contribute to innovation in both academia and industry. Yukio Ohsawa came to be the first recipient of this award.

 

〈About awarded research〉

Reason for the award: Technical contributions in the Innovators Marketplace on Data Jackets and outstanding long-term services to the community through editorial and conference related activities.

 

Title of the keynote for the award: Elicitation of Feature Concepts as Data Federative Innovation Literacy

Abstract: Since 2000, the speaker has initiated and embodied Chance Discovery, a subdomain of data science, meaning to detect and explain a chance, a piece of high-utility information as part of data about events meaningful for decision-making. At that time, he thought a network of networks can be the essential model for representing the latent dynamics where an edge between networks is linked to a chance. Then, he extended the methods of chance discovery for explaining the utility of datasets, via the analogy between an event as the base and the metadata of a dataset as the target. As well as the base problem of chance discovery, that is to explain the utility of information about an event considering its relation to other events, the utility of a dataset as the target goal could be explained in its relation to other datasets. However, he found information obtained from a dataset created by a combination of different but connectable (sharing attributes and/or purpose of using) datasets is essentially hard to interpret because the same analysis models as of the original datasets cannot be applied directly due to the difference in the requirements of data user(s). Thus, it comes to be an important problem to elicit a new “feature concept” for target data. A feature concept is a model of the concept to be retrieved from data that cannot be represented by a simple feature such as a single variable but can be by a conceptual illustration. Decision trees, clusters, and even deep neural networks can be positioned as examples of feature concepts. A useful feature concept for satisfying a requirement of a data user has been elicited via creative communication using Data Jackets among data providers, data users, and other stakeholders in the market of data. In this keynote, the history of chance discovery and data-jacket-based design of creative communication is reviewed with some cases of application — marketing, detection of earthquake precursors, suppression of COVID-19 spreading risk, etc., cases and highlight the feature factors elicited and used in these examples. An essential message here is that sharing and using/reusing feature concepts is literacy for data-federative innovations.

 

〈Your impression & future plan〉

The keynote speech at the time of the award was attended by many people from all over the world who are involved in artificial intelligence research, and I feel that my slogan of “data and innovation by people, for people”, breaking away from the stereotype of machine learning and automation, attracted a lot of attention. I don’t have to say it, but I believe that this interest is where the world’s diverse disciplines are clamoring and storing huge amounts of energy at the “knowledge plate boundary. In April, we will establish “Data Collaboration Innovation Literacy” as a social collaboration course, and promote it with the support and participation of four companies from different industries. We aim to develop in a way that show unexpected value creations to the academic and industrial communities.

 

 

 

 

 

Japanese Language Class in Special Program for Systems Innovation

Japanese Language Class in Special Program for Systems Innovation

Beginners Course Ⅱ (Upper beginners level)
Beginners Course Ⅱ (Online Course)
Course Period: January 31 – March 23, 2022 Monday, Tuesday, Wednesday, Thursday 8:30-12:10

Applicants:
1) Students and researchers, who are assigned to the departments of Systems Innovation and Nuclear Engineering and Management and their spouses

2) Those who have studied for about 130 hours, or who are equivalent to JLPT N5

*Please refer to the website and contact the Japanese Language Class by email.

Website:
http://seraph.t.u-tokyo.ac.jp/nihongo/index.html

Contact:
Japanese Language Class in Special Program for Systems Innovation
 sysnihongo[at]sys.t.u-tokyo.ac.jp

 

【Awards】One-two finish at the Student Bridge Contest Japan Tournament!

【Awards】One-two finish at the Student Bridge Contest Japan Tournament!

On December 3, 2021, two teams from Takahashi Lab won the first and second place in IHI/SAMPE Japan Student Bridge Contest. The winning team will participate in the World Championships in North Carolina, USA in May 2022 as a representative of Japan.

 

<About the award>

The bridges made of carbon fiber reinforced plastics that can withstand the design load (7,200lbf ≒ 3,266kgf) are ranked in order of light weight. The winning team was a bridge weighing only 670g and withstanded a load of 8,486lbf. This is a good result that medals are expected at the world championships.

 

<About the winning teams>

Winning team name: Cool Dock

Members: Ruochen Xu (Leader, D1), Zihao Zhao (D1), Weizhao Huang (D1), Yota Nakamura (M2), Kota Yokomizo (4 years)

Maximum load capacity: 8,486lbf

Bridge weight: 670g

2nd place team name: Road to 7200lbf

Members: Xiaohang Tong (Leader, D1), Qian Gao (D2), Tsukasa Yamazaki (M1), Yuxuan Hu (M1), Tomotaka Suzuki (4th year)

Maximum load capacity: 8,307lbf

Bridge weight: 725g


〈Your impression & future plan〉

Ruochen Xu:
We are honored to be the winner of the IHI / SAMPE Japanese Student Bridge Tournament. I sincerely thank everyone in the team for winning the award. I would like to continue working hard on my research.

Xiaohang Tong:
We have done a good job winning a second-place finish in the contest. It is a pleasure that the efforts of all the teammates are rewarded. We also want to express our sincere gratitude to our supervisor professor Takahashi who has given us valuable advice and to all the lab members who have offered their enormous help. For the coming world tournament of this contest, we will spare no efforts to improve the design and technique and try our best.


Xu et al Winner of Category B

 


Tong et al Second Prize of Category B

【Awards】Mr. Xiaohang Tong (D1) of Takahashi Laboratory received the Best Student Presentation Award and Mr. Ruochen Xu (D1) received the Student Presentation Award at the 17th Japan International SAMPE Symposium and Exhibition on December 3, 2021.

【Awards】Mr. Xiaohang Tong (D1) of Takahashi Laboratory received the Best Student Presentation Award and Mr. Ruochen Xu (D1) received the Student Presentation Award at the 17th Japan International SAMPE Symposium and Exhibition on December 3, 2021.

〈About awarded research〉

Title of the Best Student Presentation Award:
Preload relaxation in bolted carbon fiber reinforced thermoplastics joints

Outline of the research:
Research on efficiently manufacturing lightweight and low-cost structures using multi-materials is accelerating due to the electrification and automatic operation of mobile objects. This research clarified the phenomenon of decrease in bonding force, which is a problem when bolt-bonding CFRTP to metal materials, through experiments and simulations.

Title of the Student Presentation Award:
Prediction of tensile strength distribution of CFRTP-SMC by Monte Carlo simulation

Outline of the research:
Continuous fiber CFRP has been successful in small-scale production of large structures such as aircraft, but CFRP made of discontinuous carbon fiber and thermoplastics is indispensable for mass production of small semi-complex structures such as passenger cars, robots and drones. In this study, we clarified the cause of variation on the strength by Monte Carlo simulation, and clarified the manufacturing method of the structure with higher strength and less variation by eliminating the low strength factor.

 

〈Your impression & future plan〉

Xiaohang Tong:It is an honor to receive this award, and I would like to express my appreciation to professor Takahashi and all the lab members who are involved in this research for their kind support. In the future, I will continue to work hard on the research and try to do my best.

Ruochen Xu:I am honored to receive this Student Presentation Award. I would like to thank all the people who supported me in this research. I hope to devote myself to my research in the future.

 


Xiaohang Tong:Bset Student Presentation Award


Ruochen Xu:Student Presentation Award