A fundamental study of construction of a kansei model implemented kansei non-linearity characteristics

实现感性非线性特性的感性模型构建的基础研究

• 批准号: 13650473
• 负责人: NAGAMACHI Mitsuo
• 金额: $ 2.5万
• 依托单位: HIROSHIMA INTERNATIONAL UNIVERSITY
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (C)
• 财政年份: 2001
• 资助国家: 日本
• 起止时间: 2001 至 2002
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-13650473/
• 关键词: Kansei; Kansei Engineering; Cross-cultural research; Linearity and non-linearity of kansei; Factor analysis; Genetic Algorithm; Rough set theory; Computer-assisted system

(1) A cross-cultural research of kanseiKansei (Japanese) means a psychological feeling of a new coming product and an appropriate technology treating kansei is Kansei Engineering, which was founded by Professor Mitsuo Nagamachi at Hiroshima University about 30 years ago. Kansei Engineering is defined as an ergonomic and consumer-oriented technology of a new product development based on Customer Satisfaction Philosophy. It has spread out in the world and many universities started to study in many countries.One of the present research objectives was the comparison between Japanese and Swedish kansei and we conducted a basic research on kansei evaluation of a rectangular parallelepiped with highest variation. We found there were a correspondence of kansei response and not correspondent reaction dependent on kansei words.(2) Non-linearity of kanseiKansei, psychological feeling, is called non-linearity characteristics. After evaluation of kansei of rectangular material, we found that 【○!1】 … More there emerges linearity on [large-small], [heavy-light] kansei, but【○!2】 we had non-linearity features on [beautiful-not beautiful], [graceful-not graceful]. We treated kansei data analyzed by statistical analysis when we constructed a computer system for designing so far. By factor analysis, we made clear the linearity kansei and non-linearity kansei in this research.(3) Mathematical model of non-linearity of kanseiKansei Engineering is able to contribute with designers in constructing a new product design using an assisted computerized system. Until the present, we estimated all kansei have linearity characteristics and constructed a computerized system with statistically analyzed data. In the next stage, we have to implement in the new system, which is feasible the treatment of non-linearity of kansei. We attempted those non-linear characteristics of kansei with polynomial equations and we were successful within three-dimensional expression.In this paper, we tried to implement in the system Genetic Algorithm and Rough Set theory. Both models are able to treat all kinds of data, regardless of linearity or non-linearity, and we constructed algorithm following the models, which is able to treat kansei database in a computerized system. Less

（1）关西（日语）的跨文化研究关西（日语）是指对新产品的心理感受和治疗关西的适当技术，即关西工学，由广岛大学长町光夫教授于约30年前创立。感性工程学被定义为一种基于客户满意理念的、符合人体工程学和以消费者为导向的新产品开发技术。它已经在世界范围内传播开来，许多国家的许多大学都开始研究。当前的研究目标之一是日本和瑞典感性的比较，我们对变化最大的长方体的感性评估进行了基础研究。我们发现感性反应存在着对应关系，而不是依赖于感性词的对应反应。(2)感性的非线性感性即心理感受，称为非线性特征。经过对矩形材料的感性评估，我们发现【○！1】……更多在【大-小】、【重-轻】感性上出现线性特征，但【○！2】我们在【美-不美】、【优雅-不优雅】上出现非线性特征。到目前为止，我们在构建用于设计的计算机系统时，对通过统计分析进行分析的感性数据进行了处理。通过因子分析，我们明确了本研究中的线性感性和非线性感性。(3)感性非线性数学模型感性工学能够利用辅助计算机系统与设计者一起构建新产品设计。到目前为止，我们估计所有感性都具有线性特征，并构建了一个具有统计分析数据的计算机系统。下一阶段我们要在新系统中实现感性非线性的处理是可行的。我们尝试用多项式方程来表达感性的非线性特征，并在三维表达中取得了成功。本文尝试在系统中实现遗传算法和粗糙集理论。两种模型都能够处理各种数据，无论是线性还是非线性，并且我们根据模型构建了算法，能够在计算机系统中处理感性数据库。较少的

项目成果

松原行宏, 石原茂和, 長町三生: "感性工学システムの構築-デザイナー支援システム"ヒューマンインターフェイス学会誌. Vol.4 No.2. 77-84 (2002)

Yukihiro Matsubara、Shigekazu Ishihara、Mio Nagamachi：“感性工程系统的构建 - 设计师支持系统”人机界面学会杂志第 4 卷第 77-84 期（2002 年）。

Mitsuo Nagamachi: "Kansei engineering as apowerful consumer-orientedtechnologyfor product development"Applied Ergonomics (England). Vol.33. 289-294 (2002)

Mitsuo Nagamachi：“感性工程是一种强大的以消费者为导向的产品开发技术”应用人体工程学（英国）。

石原茂和, 石原恵子, 長町三生: "感性工学データのARTネットワークによる分析、守 一雄, 都築誉史, 楠見孝 「コネクショニストモデルと心理学」,第10章"北大路書房. 227(14) (2001)

Shigekazu Ishihara、Keiko Ishihara、Mio Nagamachi：“ART Network 的感性工程数据分析、Kazuo Mori、Takashi Tsuzuki、Takashi Kusumi 《联结主义模型与心理学》，第 10 章”北大路书房 227(14) (2001)。

長町三生: "顧客満足をねらいとする新製品開発技術"ヒューマンインターフェイス学会誌. Vol.3No.4. 3-10 (2001)

永町澪：“以顾客满意为目标的新产品开发技术”《人机界面学会杂志》第3卷第4期（2001年）。

石原茂和, 西野逢夫, 土屋敏夫: "感性の辞価測定と分析方法"ヒューマンインターフェイス学会誌. Vol.4 No.12. 13-24 (2002)

Shigekazu Ishihara、Aio Nishino、Toshio Tsuchiya：“灵敏度的测量和分析方法”人机界面学会杂志第 4 卷第 13-24 期（2002 年）。