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研究生:張苡絃
研究生(外文):Yi-HsienChang
論文名稱:家用ICT產品之為永續行為而設計
論文名稱(外文):Design for Sustainable Behavior (DfSB) for Household ICT Products
指導教授:施勵行施勵行引用關係
指導教授(外文):Li-Hsing Shih
學位類別:碩士
校院名稱:國立成功大學
系所名稱:資源工程學系碩博士班
學門:工程學門
學類:材料工程學類
論文種類:學術論文
論文出版年:2012
畢業學年度:100
語文別:中文
論文頁數:84
中文關鍵詞:案例式推理法感性工學意圖設計
外文關鍵詞:Case-Based ReasoningKansei EngineeringDesign with Intent
相關次數:
  • 被引用被引用:4
  • 點閱點閱:340
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  • 下載下載:0
  • 收藏至我的研究室書目清單書目收藏:1
隨著氣候變遷與地球環境日益惡化,綠色產品也越來越受重視。以往在綠色產品中的永續設計著重在環保材料的使用與能源效率的提升,然而人類的態度與行為並沒有因為使用此類產品而改變。在環境加速惡化的今日,為永續行為而設計—透過設計與技術影響人類行為和態度來產生永續行為,方能從根本解決問題,進一步將人類生活提升至永續樂活生活型態。本研究之目的在於為產品開發者提供一套為永續行為而設計之產品開發輔助工具,協助產品開發者設計出能讓使用者產生永續行為之產品。本研究使用結構式案例式推理法,建立案例資料庫及領域模型,讓產品開發者可透過擷取、再使用、修訂、保留等四個案例式推理步驟來使用此產品輔助工具;在資料庫建立上,以意圖設計工具為基礎,蒐集50個令使用者產生永續行為之家用資通訊 (Information and Communication Technology, ICT) 產品,針對個別案例,將其所產生的行為、使用到的設計模式與技術應用進行分析與歸納,建立為永續行為而設計之案例資料庫,並找出目標行為與設計模式、目標行為與技術應用之規則性;再利用感性工學理念建立永續語彙與設計模式、永續語彙與技術應用之相關性,研究結果以表格呈現以便查詢。此工具分為啟發與指示兩種應用模式,啟發模式又可分為技巧啟發與案例啟發,指示模式分為目標行為與永續語彙兩種方法,產品開發者可以選擇適合之方法,得到不同之技巧建議。啟發模式為利用本研究提供之技巧或案例,進行聯想設計;在指示模式中產品開發者可根據不同的目標行為或永續語彙作為其設計目的,利用本研究整理之表格得到不同的設計模式與技術應用建議,再使用這些技巧建議來開發或改良為永續行為而設計之家用ICT產品。目前此工具共含6個目標行為、20個永續語彙可供產品開發者選擇,並彙整了50個設計模式與23個技術應用,針對不同目標行為或永續語彙提出不同建議。
As the climate changes and the living environment worsens day by day, simply relying on the green product and no change in user's behavior at the same time, simply doesn't seem enough. More changes in people's behavior as well as their lifestyle towards sustainability should be encouraged. Recently, more attention has been paid to a design for a sustainable behavior as well as to a design for a sustainable lifestyle. This study used Case-Based Reasoning (CBR), concept of Kansei Engineering, and Design with Intent toolkit, proposing a two-mode design aid. Based on Lockton’s Design with Intent, we built the domain model of CBR, and then established the Design for Sustainable Behavior case library. This case library consists of some sustainable product designs already in use as well as of the concepts about some products which are expected to lead towards chnages in people's behavior. For each of these cases, the expected behavior change, the design pattern and the technology in use have been analized and included into the case library. In respectance towards the Design with Intent suggested by Locton, the relationship between the target behavior and a design pattern is based and constructed upon the cases. In addition, the technologies used in the cases have also been used to present yet another relationship: the one with the target behavior. Following the CBR 4R cycle, product developer can obtain the suggestion of design pattern and technology use given by this study to develop sustainable items. The statistical correlation between the sustainable Kansei words as well as the design patterns and applied technologies too has been based on the survey results. Any of the significant correlations between them have been highlighted for those designers who have interest in finding the appropriate design pattern or technology which could generate a new design and lead to a sustainable lifestyle matching the description. All the results are presented by tables. If using the tables attached, the designers should get more ideas involving the design pattern and the technologies for a given target sustainable behavior or a sustainable description.These tables show the recording of the relationship mentioned above.
This study aimed to help the designers with coming up with a design concept for a sustainable behavior and lifestyle. Up until now, fifty cases, six target behaviors, twenty sustainable Kansei words, fifty design patterns and twenty-three technology applications have been included in the research. Several useful tables, initiating either from the target behavior or from the sustainable Kansei words, are provided as a tool for finding the appropriate design patterns as well as the technologies in the design processes.

摘要 ..................................................................................................................... I
Abstract .............................................................................................................. II
誌謝 .................................................................................................................. IV
目錄 ................................................................................................................... V
表目錄 ............................................................................................................. VII
圖目錄 .............................................................................................................. IX
第一章、緒論 ..................................................................................................... I
第一節、研究背景與動機 ........................................................................ 1
第二節、研究目的 .................................................................................... 3
第三節、研究方法與流程 ........................................................................ 4
第二章、文獻回顧 ............................................................................................ 6
第一節、為永續行為而設計 .................................................................... 6
第二節、案例式推理 .............................................................................. 18
第三節、感性工學 .................................................................................. 22
第三章、研究設計與方法 .............................................................................. 25
第一節、研究架構 .................................................................................. 25
第二節、領域模型建立─案例特性研究 .............................................. 28
第三節、案例資料庫 .............................................................................. 33
第四節、應用感性工學之理念於為永續行為而設計 .......................... 37
第四章、研究結果 .......................................................................................... 47
第一節、目標行為導向 .......................................................................... 47
第二節、永續語彙導向 .......................................................................... 53
第三節、為永續行為而設計之產品開發輔助工具 .............................. 58
第四節、Demo:以家用飲水機為例 .................................................... 59
第五節、小結 .......................................................................................... 64

第五章、結論與建議 ...................................................................................... 65
第一節、結論 .......................................................................................... 65
第二節、建議 .......................................................................................... 67
參考文獻 .......................................................................................................... 68
附錄 .................................................................................................................. 74
附錄一、意圖設計之101 個設計模式 .................................................. 74
附錄二、50 個案例檔案 ......................................................................... 80
附錄三、問卷連結網址 .......................................................................... 82
附錄四、永續語彙與設計模式之相關性分析結果 .............................. 83
附錄五、永續語彙與技術應用之相關性分析結果 .............................. 84
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