Papers - Matsuoka, Yoshiyuki

Trial of an AI-Assisted Idea Support System That Uses Text and Images to Facilitate Idea Generation,

Shimomura,M., Oba,G., Kato,T., Matsuoka,Y.

Journal of the Science of Design,Vol.7,No.2    31 - 380 2024

Accepted

価値成長のデザイン理論（マルチタイムスケールを考慮 したタイムアクシスデザイン手法）

平尾章成，加藤健郎，松岡由幸

設計工学，Vol.58，No.11    471 - 476 2023

Shape Generation System Based on Three-dimensional Classification Method

Okamoto,M., Kato, T. and Matsuoka, Y.

  49 - 53 2020.11

Research paper (international conference proceedings), Joint Work, Accepted

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The 5th International Conference on Design Engineering and Science, ICDES 2020(online)

マルチタイムスケール問題に対応するタイムアクシスデザイン

加藤健郎，小鯖智之，前澤健介，田中慎一，平尾章成，松岡由幸

設計工学　春季秋季大会研究発表講演会優秀論文特集号 (日本設計工学会)  5 ( 8 ) 461 - 464 2020.08

Joint Work

Quantification of “order” in 2D closed curved shapes

Kato,T. and Matsuoka, Y.

 2020.03

Research paper (international conference proceedings), Joint Work, Accepted

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The14th International Conference on Design Principles & Practices(Virtual presentation Session)

モノづくり×モノづかいのデザインサイエンス

松岡由幸

バリュー・エンジニアリング  ( 308 ) 10 - 13 2020.02

Single Work

Exploring Research Themes of Design Research Based on Multispace Design Model –Analyzing Design Studies and Journal of Engineering Design(2006-2015)

Sakae, Y., Kato, T. and Matsuoka, Y.

Journal of the Science of Design（accepted for publication）  2020.01

Research paper (scientific journal), Joint Work, Accepted

Approaches for improving M Method based on requirements for idea generation methods

Iseki, D.,Tanaka,H.,Amabe S.,Kato, T.and Matsuoka,Y.,

Journal of the Science of Design（accepted for publication）  2020.01

Research paper (scientific journal), Joint Work, Accepted

Biomechanical determinants of sitting posture

Hirao, A., Matsuoka, Y., Yamazaki, N.

Proceedings of The Second International Comfort Congress  5A-5,   1 - 8 2019.08

Research paper (international conference proceedings), Joint Work, Accepted

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The Second International Comfort Congress

座談会：AIによる医療革命に備える

松岡由幸

ザ・クインテッセンス7月号    134 - 141 2019.07

Joint Work

Proposition of M Method System

Daisuke Iseki, Shota Amabe, Takeo Kato, and Yoshiyuki Matsuoka

International Journal of Engineering and Technology(IJAT) Vol.11 ( 01 )  2019.02

Research paper (scientific journal)

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本研究では、Mメソッドをより有効に活用できるようにするため、コンピュータ上で動作するMメソッドシステムを提案した。さらに、複数の機能を実装した、同システムのプロトタイプを作成し、製品デザインを行う評価実験を行い、有効性を確認した。

Quantification of “complexity” in curved surface shape using total absolute curvature

Matsumoto T., Sato K., Matsuoka Y., Kato T.

Computers and Graphics (Pergamon) (Computers and Graphics (Pergamon))  78   108 - 115 2019.02

ISSN  00978493

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© 2018 In recent years, with the popularization of 3D-CAD, various curved surface shapes have been used in the styling of industrial products. However, evaluation and control of shape features are done in trial and error based on the experience and intuition of the designer, causing the inefficiency of styling design. Therefore, this study aims to support the styling design by quantifying cognitive characteristics in curved surface shape. First, this research proposed total absolute curvature to quantify “complexity”, which is one of the shape features related to “beauty”, and described its geometric meaning as the total area of the Gauss map on the curved surface shape. Next, the tangible calculation method is shown by applying it to the curved surface shape represented by a triangular polygon mesh. Then, sensory evaluation experiments were carried out using three types of shapes generated by extrusion, rotation, and emergent shape generation system to confirm the applicability of the proposed quantification method. Finally, the result revealed that the logarithmic approximation between the proposed index and human perceived “complexity”.

• Access to Document (DOI)

人間とAI,その創造性の「あいだ」

MATSUOKA YOSHIYUKI

デザイン関連学会シンポジウム (芸術工学会誌)     17 - 19 2019

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AIが発想力を持つと近い将来モノづくり産業がどう変わるかという展望を述べた。また、デザインにおける「哲学」の重要性について述べた。

Quantifying Sense of Depth Towards Visual Texture Using Optics Simulation

Shimomura M., Kamesaka R., Nishihara M., Matsuoka K., Yoshimura T., Kato T., Matsuoka Y.

Advances in Intelligent Systems and Computing (Advances in Intelligent Systems and Computing)  876   491 - 497 2019

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© 2019, Springer Nature Switzerland AG. This study aims to quantify the sense of depth using optics simulation by the following two steps. First, the relationship between an artifact and the sense of depth was represented using a fishbone diagram, which can clarify for clarifying mutual relationship among the physical properties of the factors related to the sense of depth (i.e. the lightness and the saturation). Second, to determine which factor is affecting the sense of depth and in what proportions, a sensory evaluation experiment was conducted based on Scheffe’s paired comparison and using the evaluation samples made by optical simulation. The results of this experiment indicate the lightness represents an important parameter in the feeling of the sense of depth.

Ｍメソッドシステム

井関大介，余部昇太，田中快汰，加藤健郎，松岡由幸

日本デザイン学会作品論文デザイン学研究作品集 24   12 - 17 2019

Joint Work, Accepted

Feature Analysis of Research in Industrial Design and Engineering Design within Multispace Design Model

Sakae, Y. and Matsuoka, Y

Proceedings of the 13th International Conference on Design Principles and Practices    121 2019

Research paper (international conference proceedings), Joint Work, Accepted

工業デザインにおけるプラスチックの魅力因子

TAKEO KATO, MATSUOKA YOSHIYUKI

成形加工 (一般社団法人プラスチック成形加工学会)  30 ( 9 )  2018.08

Joint Work

プラスチック独自の美と魅力を求めて

MATSUOKA YOSHIYUKI

成形加工 (一般社団法人プラスチック成形加工学会)  30 ( 9 )  2018.08

Single Work

「マルチコンカレントデザイン」のすゝめ

MATSUOKA YOSHIYUKI

日刊工業新聞  2018.07

タイムアクシスデザインとUXデザイン

MATSUOKA YOSHIYUKI

日本機械学会誌6月号 (日本機械学会)  121 ( 1195 ) 18 - 21 2018.06

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タイムアクシスデザイン（TAD）の概念、価値成長デザインの４タイプ、およびTADが拓く未来社会への展望について述べた。