K
Kiyoshi Tanaka
Researcher at Shinshu University
Publications - 426
Citations - 6007
Kiyoshi Tanaka is an academic researcher from Shinshu University. The author has contributed to research in topics: Evolutionary algorithm & Multi-objective optimization. The author has an hindex of 35, co-authored 426 publications receiving 5108 citations. Previous affiliations of Kiyoshi Tanaka include Hiroshima City University & Hitachi.
Papers
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Book ChapterDOI
Controlling dominance area of solutions and its impact on the performance of MOEAs
TL;DR: It is shown that either convergence or diversity can be emphasized by contracting or expanding the dominance area, and that the optimal value of the area of dominance depends strongly on all factors analyzed here: number of objectives, size of the search space, and complexity of the problems.
Journal ArticleDOI
New air fluorescence detectors employed in the Telescope Array experiment
H. Tokuno,Yuichiro Tameda,M. Takeda,Kenichi Kadota,Daisuke Ikeda,Michiyuki Chikawa,T. Fujii,Masaki Fukushima,K. Honda,N. Inoue,Fumio Kakimoto,Shingo Kawana,Eiji Kido,John N. Matthews,Toshiyuki Nonaka,Shoichi Ogio,S. Okuda,Shunsuke Ozawa,Hiroyuki Sagawa,Nobuyuki Sakurai,T.-A. Shibata,Akimichi Taketa,S. B. Thomas,Takayuki Tomida,Yoshiki Tsunesada,S. Udo,Tareq Abu-Zayyad,R. Aida,M. Allen,Robert M. Anderson,R. Azuma,Elliott Barcikowski,John Belz,Douglas Bergman,Samuel Blake,Robert Cady,B. G. Cheon,Jyunsei Chiba,E. J. Cho,W. R. Cho,H. Fujii,T. Fukuda,Dmitry Gorbunov,William Hanlon,K. Hayashi,Y. Hayashi,Naoaki Hayashida,K. Hibino,K. Hiyama,T. Iguchi,K. Ikuta,Takaaki Ishii,R. Ishimori,Dmitri Ivanov,Dmitri Ivanov,S. Iwamoto,C. C. H. Jui,Oleg Kalashev,T. Kanbe,K. Kasahara,H. Kawai,S. Kawakami,HangBae Kim,Hyun-Il Kim,J. H. Kim,K. Kitamoto,K. Kobayashi,Yoji Kobayashi,Y. Kondo,Kiyoshi Kuramoto,Vladim Kuzmin,Y. J. Kwon,S. I. Lim,S. Machida,K. Martens,J. Martineau,Tomohiro Matsuda,T. Matsuura,T. Matsuyama,Isaac Myers,Mayuko Minamino,K. Miyata,H. Miyauchi,Y. Murano,Toru Nakamura,S. W. Nam,M. Ohnishi,Hideyuki Ohoka,K. Oki,D. Oku,Akitoshi Oshima,Inkyu Park,Maxim Pshirkov,D. C. Rodriguez,S. Y. Roh,Grigory Rubtsov,Dongsu Ryu,A. L. Sampson,L. M. Scott,Priti Shah,Fumiya Shibata,Hideaki Shimodaira,Bokkyun Shin,J. I. Shin,T. Shirahama,J. D. Smith,Pierre Sokolsky,T. J. Sonley,R. W. Springer,B. T. Stokes,S. R. Stratton,S. R. Stratton,Tom Stroman,S. Suzuki,Yukio Takahashi,Masato Takita,Hideki Tanaka,Kiyoshi Tanaka,Masaaki Tanaka,Gordon Thomson,Peter Tinyakov,Igor Tkachev,Sergey Troitsky,K. Tsutsumi,Y. Tsuyuguchi,Y. Uchihori,H. Ukai,G. Vasiloff,Y. Wada,Tiffany Wong,M. Wood,Y. Yamakawa,Hiroshi Yamaoka,K. Yamazaki,J. Yang,S. Yoshida,H. Yoshii,R. Zollinger,Zach Zundel +138 more
TL;DR: In this article, the characteristics and installation of the new FDs and the performances of the FD components are reported and the results of the monitored mirror reflectance during the observation time are also described.
Journal ArticleDOI
Study of Ultra-High Energy Cosmic Ray composition using Telescope Array’s Middle Drum detector and surface array in hybrid mode
Rasha Abbasi,M. Abe,Tareq Abu-Zayyad,M. Allen,Robert M. Anderson,R. Azuma,Elliott Barcikowski,John Belz,Douglas Bergman,Samuel Blake,Robert Cady,M. J. Chae,B. G. Cheon,Jyunsei Chiba,Michiyuki Chikawa,W. R. Cho,Takahiro Fujii,Masaki Fukushima,T. Goto,William Hanlon,Y. Hayashi,Naoaki Hayashida,K. Hibino,K. Honda,Daisuke Ikeda,N. Inoue,Takaaki Ishii,R. Ishimori,Hidemi Ito,Dmitri Ivanov,C. C. H. Jui,Kenichi Kadota,F. Kakimoto,Oleg Kalashev,K. Kasahara,H. Kawai,S. Kawakami,Shingo Kawana,Kazumasa Kawata,Eiji Kido,Hongsu Kim,J. H. Kim,S. Kitamura,Yasunori Kitamura,Vladim Kuzmin,Y. J. Kwon,J. Lan,S. I. Lim,J. P. Lundquist,Kazuhiro Machida,K. Martens,Tomohiro Matsuda,T. Matsuyama,John N. Matthews,Mayuko Minamino,Y. Mukai,Isaac Myers,K. Nagasawa,Shigehiro Nagataki,Toru Nakamura,Toshiyuki Nonaka,A. Nozato,Shoichi Ogio,J. Ogura,M. Ohnishi,Hideyuki Ohoka,K. Oki,T. Okuda,Masaomi Ono,Akitoshi Oshima,Shunsuke Ozawa,Inkyu Park,Maxim Pshirkov,D. C. Rodriguez,Grigory Rubtsov,Dongsu Ryu,Hiroyuki Sagawa,Nobuyuki Sakurai,A. L. Sampson,L. M. Scott,Priti Shah,Fumiya Shibata,T.-A. Shibata,Hideaki Shimodaira,Bokkyun Shin,Heungsu Shin,J. D. Smith,Pierre Sokolsky,R. W. Springer,B. T. Stokes,S. R. Stratton,S. R. Stratton,Tom Stroman,T. Suzawa,Mai Takamura,M. Takeda,Ryuji Takeishi,Akimichi Taketa,Masato Takita,Yuichiro Tameda,Hideki Tanaka,Kiyoshi Tanaka,Masaaki Tanaka,S. B. Thomas,Gordon Thomson,Peter Tinyakov,Igor Tkachev,H. Tokuno,Takayuki Tomida,Sergey Troitsky,Yoshiki Tsunesada,K. Tsutsumi,Y. Uchihori,S. Udo,Federico R. Urban,G. Vasiloff,Tiffany Wong,R. Yamane,Hiroshi Yamaoka,K. Yamazaki,J. Yang,Kenta Yashiro,Y. Yoneda,S. Yoshida,H. Yoshii,R. Zollinger,Zach Zundel +126 more
TL;DR: In this paper, the authors compare the results of the HiRes and PAO UHECR measurements to the results obtained by the QGSJetII-03 and QGS jet-01c models.
Proceedings ArticleDOI
Ceci n'est pas une pipe: A deep convolutional network for fine-art paintings classification
TL;DR: This paper trains an end-to-end deep convolution model to investigate the capability of the deep model in fine-art painting classification problem and employs the recently publicly available large-scale “Wikiart paintings” dataset that consists of more than 80,000 paintings.
Journal ArticleDOI
Telescope Array Experiment
H. Kawai,S. Yoshida,H. Yoshii,Kiyoshi Tanaka,F. Cohen,Masaki Fukushima,N. Hayashida,K. Hiyama,Daisuke Ikeda,Eiji Kido,Y. Kondo,Toshiyuki Nonaka,M. Ohnishi,Hideyuki Ohoka,Shunsuke Ozawa,Hiroyuki Sagawa,Nobuyuki Sakurai,T.-A. Shibata,Hideaki Shimodaira,M. Takeda,Akimichi Taketa,Masato Takita,Hisono Tokuno,R. Torii,Shigeharu Udo,Y. Yamakawa,H. Fujii,Tomohiro Matsuda,Masaaki Tanaka,H. Yamaoka,K. Hibino,T. Benno,K. Doura,M. Chikawa,Toru Nakamura,Masahiro Teshima,K. Kadota,Yukio Uchihori,K. Hayashi,Y. Hayashi,S. Kawakami,T. Matsuyama,Mayuko Minamino,Shoichi Ogio,A. Ohshima,Takeshi Okuda,Noritaka Shimizu,H. Tanaka,Douglas Bergman,Gareth Hughes,S. R. Stratton,Gordon Thomson,Akira Endo,N. Inoue,Shingo Kawana,Y. Wada,Katsuaki Kasahara,R. Azuma,T. Iguchi,Fumio Kakimoto,S. Machida,K. Misumi,Y. Murano,Yuichiro Tameda,Yoshiki Tsunesada,Jyunsei Chiba,K. Miyata,Tareq Abu-Zayyad,John Belz,Robert Cady,Z. Cao,P. Huentemeyer,C. C. H. Jui,K. Martens,John N. Matthews,M. Mostofa,J. D. Smith,Pierre Sokolsky,R. W. Springer,J. R. Thomas,S. B. Thomas,Lawrence Wiencke,T. Doyle,Michael J. Taylor,Vincent B Wickwar,Thomas D. Wilkerson,K. Hashimoto,K. Honda,K. Ikuta,Takaaki Ishii,T. Kanbe,Takayuki Tomida +91 more
TL;DR: The Telecope Array (TA) as mentioned in this paper is a hybrid detector system consisting of both a surface detector array as well as a set of fluorescence detectors, which can measure the energy spectrum, anisotropy and composition of ultra-high energy cosmic rays.