Masato SHINODA_天天盈彩票_蛋蛋彩票官网￥app下载平台

$Professor$
$Masato SHINODA$
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$Department of Mathematics$
$Faculty of Science$
$Nara Women's University$
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$PHONE 81-742-20-3362$
$FAX 81-742-20-3367$
$email shinoda@cc.$

$Sierpinski Gasket$

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$Research Field$

Probability Theory

$Keywords$

Percolation, Fractals, Phase Transition, Mathematical Games, Combinatorial Game Theory

$Recent Publications$

M.Shinoda, Y.Sakurai and S.Oyama, Sample Complexity of Learning Multi-value Opinions in Social Networks, PRIMA 2022: Principles and Practice of Multi-Agent Systems, the series Lecture Notes in Computer Science 13753 (2023), 192-207.
Y.Sakurai, M.Matsuda, M.Shinoda, S.Oyama, Crowdsourcing Mechanism Design, PRIMA 2017: Principles and Practice of Multi-Agent Systems, the series Lecture Notes in Computer Science 10621 (2017), 495-503.
M.Shinoda, E.Teufl and S.Wagner, Uniform spanning trees on Sierpinski graphs, Latin American Journal of Probability and Mathematical Statistics Vol.11 (2014), 737-780.
Y.Sakurai, T.Okimoto, M.Oka, H.Hyodo, M.Shinoda and M.Yokoo, Quality-Control Mechanism utilizing Worker's Confidence for Crowdsourced Tasks Proceedings of the Twelfth International Conference on Autonomous Agents and Multiagent Systems (AAMAS2013).
M.Shinoda, Existence of phase transition of percolation on fractal lattices, COE Lecture Note Series, Instisute of Mathematics for Industry, Kyushu University Vol.39 (2012), 12-21.

$Switch to Japanese$
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$3-dim tree 20$ $3-dim tree 40$ $3-dim tree 60$ $3-dim tree 80$

Self-contacting fractal tree in three dimensions, joint work with M.NAKAYAMA.