論文 - 武藤　佳恭

Embedded security is needed in BMI devices

武藤 佳恭

science (eLetter, July 20 2017) http://science.sciencemag.org/content/356/6345/1338/tab-e-letters 2017年07月

単著

Why shouldn't we combine satellite data with mobile data?

武藤 佳恭

science (eLetter, July 14 2017) http://science.sciencemag.org/content/357/6347/118/tab-e-letters 2017年07月

単著

Deja vu for U.S. and Japan nuclear waste

武藤 佳恭

science (eLetter, July 6 2017) http://science.sciencemag.org/content/356/6345/1313/tab-e-letters 2017年07月

単著

Weighted relative citation ratio means the research success?

武藤 佳恭

science (eLetter, June 29 2017) http://science.sciencemag.org/content/356/6342/997/tab-e-letters 2017年06月

単著

J1, H-2B, L1, B1, E2, TN1, and E3 are all nonimmigrant visas for temporary working in the US

武藤 佳恭

science (eLetter, June 6 2017) http://science.sciencemag.org/content/356/6339/695.1/tab-e-letters 2017年06月

単著

Infrasound monitoring is needed for investigating noise pollution

武藤 佳恭

science (eLetter, May 5 2017) http://science.sciencemag.org/content/356/6337/531/tab-e-letters 2017年05月

単著

The large government funds should be shared with many researchers

武藤 佳恭

science (eLetter, April 20 2017) http://science.sciencemag.org/content/356/6334/123/tab-e-letters 2017年04月

単著

Amateurism is the mother of invention

武藤 佳恭

science (eLetter, April 15 2017) http://science.sciencemag.org/content/356/6334/144/tab-e-letters 2017年04月

単著

Statistical syllogism and deductive syllogism in software packages

武藤 佳恭

science (eLetter, April 12 2017) http://science.sciencemag.org/content/355/6324/468/tab-e-letters 2017年04月

単著

Problems of photovoltaics solar energy

武藤 佳恭

science (eLetter, April 14 2017) http://science.sciencemag.org/content/356/6334/141/tab-e-letters 2017年04月

単著

Ensemble methods significantly improve prediction

武藤 佳恭

science (eLetter, April 12 2017) http://science.sciencemag.org/content/355/6324/515/tab-e-letters 2017年04月

単著

Inductive and deductive reasoning must be merged for enhancing prediction and breaking its limits

武藤 佳恭

science (eLetter, April 8 2017) http://science.sciencemag.org/content/355/6324/468/tab-e-letters 2017年04月

単著

Ensemble methods can improve election prediction

武藤 佳恭

science (eLetter, April 7 2017) http://science.sciencemag.org/content/355/6324/515/tab-e-letters 2017年04月

単著

Cooling power can be improved by overlaying metamaterials

武藤 佳恭

science (eLetter, March 31 2017) http://science.sciencemag.org/content/355/6329/1062/tab-e-letters 2017年03月

単著

Confined unfrozen water plays a key role for water pipe repairs

武藤 佳恭

science advances (eLetter, March 14 2017) http://advances.sciencemag.org/content/2/8/e1600763/tab-e-letters 2017年03月

単著

Magma energy power plant

武藤 佳恭

science (eLetter, March 11 2017) http://science.sciencemag.org/content/355/6329/1001/tab-e-letters 2017年03月

単著

How will open source hardware influence our business and education in the future?

武藤 佳恭

Proc. of Hawaii International Conference on Education, 2017 2017年

共著, 査読有り

Learning Distributed Representations of Texts and Entities from Knowledge Base

武藤 佳恭

Trans. of ACL, 2017 TACL 2017年

共著, 査読有り

Linkify: Enhancing Text Reading Experience by Detecting and Linking Helpful Entities to Users

武藤 佳恭

IEEE Intelligent Systems 2017年

共著, 査読有り

Analyzing human decision making process with intention estimation using cooperative pattern task

Itoda Kota, Watanabe Norifumi, Takefuji Yoshiyasu

  249 - 258 2017年

　概要を見る

<p>Realizing flexible cooperative group behavior of human and social robots or agents needs a mutual understanding of each intention or behaviors of participants. To understand cooperative intelligence in group behavior, we must clarify the decision-making process with intention estimation in multiple persons. Multi-people decision-making process have top-down intention sharing and bottom-up decision making based on the intention inference and amendment based on the each participants’ behavior. This study suggests the cooperative pattern task focusing on the selection process of others whom to be noticed and balancing process of each intention to achieve the shared purpose. In the 2D grid world of an abstract cooperative environment with restricted modal-ity of subjects, they communicate with each other in a nonverbal way and infer their intention based on their behavior to achieve the purpose. We analyzed the human subjects’ behavior and clarified their policy of behavior and concepts which assumed to be shared by each subject for preventing misunderstanding of each intention. Two main results were obtained through the experiment. First, optimal behavior based on the purpose in minimal steps prevent the misunderstanding of each intention. Second, the narrowing down the number of subjects who change their policy assumed to reduce the burden of intention inference.</p>

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