行为记忆在智能化产品CMF设计中的应用研究

发布时间：2019-06-24 09:28

【摘要】：二十一世纪是信息技术快速发展的时代,人们生活方式的改变导致了智能产品的诞生,智能化产品较非智能化产品来说,其CMF设计取代造型成为产品情感和品牌形象的突破口,而目前并没有完善的针对智能化产品CMF设计方法,有待我们进一步研究。本文旨在研究过程中提出“行为记忆反思模型”,用于指导智能化产品的CMF设计。本论文的研究分为理论研究和实践研究两部分,理论研究指导实践,通过实践来检验理论成果。理论研究的成果主要分为行为记忆反思模型与智能化产品CMF设计的关系以及构建行为记忆反思模型。在行为记忆反思模型与智能化产品CMF设计的关系方面,本文主要探讨了行为记忆反思模型在智能化产品CMF设计中的角色和重要作用。在行为记忆反思模型建构中,分别探讨了行为转化,记忆提取和反思评估三个层次的设计方法和应用原理。行为转化阶段主要利用了感性工学中的感性词汇分类法,记忆提取阶段主要包括了格式塔心理学中的组织完形律,异质同构和视觉力场理论以及基于隐喻的认知模型为主。在反思评估的过程主要将CMF的颜色,肌理,材质,表面处理工艺通过模型法进行综合设计。通过对上述三部分的内容的研究,最终得出一套相对完整的行为记忆反思模型方法,简称行为记忆,对CMF设计起到良好的辅助作用。在对“行为记忆反思模型应用”进行理论研究的同时,笔者结合“联想智能手机CMF设计研究”这一实践项目对行为记忆反思模型进行了检验。根据行为记忆反思模型的三个层次进行设计,指导实践导出设计成果。在实践过程中我们发现,行为记忆反思模型能够将感性转化为设计元素并辅助设计师完成实践。与其他方法相比,行为记忆反思模型具有三个特点,第一,可以帮助设计师摆脱主观的设计思维,使设计有据可循。第二,提供了针对与视触觉的设计方法,通过对设计元素分类,发现新的创新点,打破设计局限。第三,利用行为记忆反思模型有利于统一设计方向,提高设计团队的效率。综上所述,行为记忆反思模型作为智能化产品CMF的设计方法能够更好的提供设计辅助。
[Abstract]:The 21 century is an era of rapid development of information technology. The change of people's way of life has led to the birth of intelligent products. Compared with non-intelligent products, the CMF design of intelligent products has become a breakthrough in product emotion and brand image instead of modeling. At present, there is no perfect CMF design method for intelligent products, which needs to be further studied. The purpose of this paper is to propose a behavioral memory reflection model to guide the CMF design of intelligent products. The research of this paper is divided into two parts: theoretical research and practical research. Theoretical research guides practice and tests the theoretical results through practice. The theoretical research results are mainly divided into the relationship between behavioral memory reflection model and intelligent product CMF design, and the construction of behavioral memory reflection model. In terms of the relationship between behavioral memory reflection model and intelligent product CMF design, this paper mainly discusses the role and important role of behavioral memory reflection model in intelligent product CMF design. In the construction of behavioral memory reflection model, the design methods and application principles of behavioral transformation, memory extraction and reflective evaluation are discussed respectively. The behavioral transformation stage mainly uses the perceptual vocabulary classification in perceptual engineering, and the memory extraction stage mainly includes the organizational completion law in Gestalt psychology, the theory of heterogeneous isomorphism and visual force field, and the cognitive model based on metaphor. In the process of reflection and evaluation, the color, texture, material and surface treatment process of CMF are designed comprehensively by modeling method. Through the study of the above three parts, a set of relatively complete behavioral memory reflection model method, abbreviated as behavioral memory, is obtained, which plays a good auxiliary role in the design of CMF. While the theoretical research on the application of behavioral memory reflection model is carried out, the author tests the behavioral memory reflection model in combination with the practical project of "Lenovo smartphone CMF design research". According to the three levels of behavioral memory reflection model, the design results are derived from the practice. In the process of practice, we find that the behavioral memory reflection model can transform sensibility into design elements and assist designers to complete the practice. Compared with other methods, the behavioral memory reflection model has three characteristics. First, it can help designers get rid of subjective design thinking and make the design have evidence to follow. Secondly, the design method for visual touch is provided. Through the classification of design elements, new innovations are found and the design limitations are broken. Third, the use of behavioral memory reflection model is conducive to unified design direction and improve the efficiency of the design team. To sum up, behavioral memory reflection model, as an intelligent product CMF design method, can better provide design assistance.
【学位授予单位】：北京服装学院
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TB472

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