MITANI Jun
- Articles
- Novel 3-dimensional virtual hepatectomy simulation combined with real-time deformation
Oshiro Yukio; Yano Hiroaki; Mitani Jun; Kim Sangtae; Kim ...
World Journal of Gastroenterol/pp.9982-9992, 2015-9 - Development and Application of A Novel 3D Surgical Emulator and Dynamic Surgical Textbook for New Surgery Education
Kim Jaejeong; Oshiro Yukio; Kim Sangtae; Fukunaga Kiyosh...
International Journal of Computer Assisted Radiology and Surgery, Proceedings of the 29th International Congress and Exhibition/pp.s270-s271, 2015-6 - Visualization of Folding Motion of Rotationally Symmetric Curved Folding
Watanabe Yuka; Mitani Jun
Computer-Aided Design & Applications/17(3)/pp.513-524, 2019 - Single-View Modeling for Layered Origami with Plausible Outer Shape
Kato Yoya; Tanaka Shinichi; Kanamori Yoshihiro; Mitani Jun
COMPUTER GRAPHICS FORUM/38(7)/pp.629-640, 2019-10 - Single-View Modeling of Layered Origami with Plausible Outer Shape
Kato Y.; Tanaka S.; Kanamori Y.; Mitani J.
COMPUTER GRAPHICS FORUM/38(7)/pp.629-640, 2019-10 - 写真の中の仮想世界へ: 1枚の景観画像からのインタラクティブな3Dシーン生成システム
飯塚 里志; 金森 由博; 三谷 純; 福井 幸男
画像ラボ12月号, 2011-12 - Basic Techniques and a Novel Notation for Curved Origami Design
Mitani Jun
Origami7: Proceedings of the 7th International Meeting on Origami in Science/pp.15-29, 2018 - Two-Layered Origami Tessellation
Yamamoto Yohei; Mitani Jun
Origami7: Proceedings of the 7th International Meeting on Origami in Science/pp.835-847, 2018 - Optimal Solution Search for Origami Checkerboard Puzzle
Ohshima Kazuki; Mitani Jun; Uehara Ryuhei
Origami7: Proceedings of the 7th International Meeting on Origami in Science/pp.465-477, 2018 - Modelling the Folding Motions of a Curved Fold
Watanabe Yuka; Mitani Jun
Origami7: Proceedings of the 7th International Meeting on Origami in Science/pp.1135-1150, 2018 - Transferring pose and augmenting background for deep human-image parsing and its applications
Mitani Jun
Journal of Computational Visual Media, 2018 - Interactive Modelling of Curved Folds with Multiple Creases Considering Folding Motions
Mitani Jun; Watanabe Yuka
Computer-Aided Design & Applications/16(3)/pp.452-465, 2019 - A Study of Paths Formed by Directed Arcs and Line Segments
Mitani Jun
JOURNAL FOR GEOMETRY AND GRAPHICS/22(2)/pp.207-218, 2018 - A Computational Design Method for Tucking Axisymmetric Origami Consisting of Triangular Facets
Zhao Yan; Endo Yuki; Kanamori Yoshihiro; Mitani Jun
SYMMETRY-BASEL/10(10), 2018-10 - ホームページ委員会報告
三谷 純
Journal of Graphic Science of Japan/51(50)/pp.146-148, 2017 - 3 次元形状・折り紙の研究
三谷 純
Journal of Graphic Science of Japan/51(50)/pp.51-52, 2017 - Information Engineering Approaches for Origami Design
三谷 純
Journal of the Society of Mechanical Engineers/119(1175)/pp.544-547, 2016 - Interactive Edge-Aware Segmentation of Character Illustrations for Articulated 2D Animations
Yajima Takumi; Kanamori Yoshihiro; Endo Yuki; Mitani Jun
Proc. of NICOGRAPH International 2018, 2018-06 - 平織りによるドット絵の表現
Mitani Jun; Zhao Yan
折り紙の科学/6(1)/p.12, 2017 - Component-based building instructions for block assembly
Mitani Jun; Kanamori Yoshihiro; Zhao Yan
Computer-Aided Design and Applications/14(3)/pp.293-300, 2017 - Approximating 3D Surfaces using Generalized Waterbomb Tessellations
Zhao Yan; Endo Yuki; Kanamori Yoshihiro; Mitani Jun
Journal of Computational Design and Engineering/5(4)/pp.442-448, 2018-01 - Geometry of Axisymmetric 3D Origami Consisting of Triangular Facets
Mitani Jun; Kanamori Yoshihiro; Zhao Yan
Journal for Geometry and Graphics/21(1)/pp.107-118, 2017 - Enumeration of Flat-Foldable Crease Patterns in the Square/Diagonal Grid and Their Folded Shapes
Matsukawa Yoshihisa; Yamamoto Yohei; Mitani Jun
JOURNAL FOR GEOMETRY AND GRAPHICS/21(2)/pp.169-178, 2017 - Design and motion analysis of axisymmetric 3D origami with generic six-crease bases
Zhao Yan; Kanamori Yoshihiro; Mitani Jun
COMPUTER AIDED GEOMETRIC DESIGN/59/pp.86-97, 2018-01 - Mathematics of Flat Origami
松川 剛久; 三谷 純
Transactions of the Japan Society for Industrial and Applied Mathematics/27(4)/pp.333-353, 2017 - more...
- Novel 3-dimensional virtual hepatectomy simulation combined with real-time deformation