| 研究生: |
謝旻潔 Hsieh, Min-Chieh |
|---|---|
| 論文名稱: |
AI中介下的城市共創——以臺南綠園道為例的 Middle-out 參與流程再造取徑 AI as Mediator in Urban Co-Creation——A Middle-Out Approach to Participatory Process Reconfiguration in Tainan Parkway |
| 指導教授: |
鄭泰昇
Jeng, Tay-Sheng 劉舜仁 Liou, Shuenn-Ren |
| 學位類別: |
碩士 Master |
| 系所名稱: |
規劃與設計學院 - 建築學系 Department of Architecture |
| 論文出版年: | 2025 |
| 畢業學年度: | 114 |
| 語文別: | 中文 |
| 論文頁數: | 193 |
| 中文關鍵詞: | 人工智慧 、AI作為媒介 、中介治理 、城市共創 、參與流程再造 |
| 外文關鍵詞: | Artificial intelligence, AI as mediator, middle-out governance, urban co-creation, participatory process reconfiguration |
| 相關次數: | 點閱:8 下載:0 |
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在全球城市轉型與人工智慧快速滲透的時代,城市設計正從形式性規劃邁向系統性治理的關鍵轉折。臺南正處於這樣的臨界點——鐵路地下化與綠園道工程的推進,不僅重構都市空間,更挑戰了既有的治理框架與公共參與模式。過去由政府主導的 Top-down 流程與社群推動的 Bottom-up 參與之間,長期存在制度縫隙與資訊落差,使城市設計難以真正回應地方需求。
本研究提出 Middle-out 方法作為橋接策略,並引入人工智慧(AI)作為中介,嘗試建構一套能在政策、社群與專業之間動態協商、翻譯多重語言與價值的城市設計系統。
AI 在此不再被視為自動化輔助工具,而是一種具有能動性的媒介(AI as Media)——能感知語意、生成影像並調解差異,成為參與過程中的協商代理。以臺南綠園道為案例,本研究透過兩項互補實驗檢視此理論架構:其一,「居民工作坊與訪談實驗」則作為 即時參與機制,透過影像生成與語言互動,觀察居民如何在同步的對話情境中藉由 AI 的回饋,將抽象經驗轉化為具象的空間偏好與需求;其二,「AI 平台實驗」整合政策資料、空間數據與居民意見,作為一種補償式的非即時參與機制,提供無法同步到場者的持續意見輸入,並使 AI 成為資訊透明化與初步共識形塑的中介。此過程亦重新界定設計專業者的角色,從單向決策者轉為介於 AI 與居民之間的詮釋者與轉譯者。
進一步地,本研究以臺南綠園道作為驗證場域,透過情境建模、方案生成與利害關係人回饋,評估 Middle-out × AI 框架在資訊整合、跨部門協作與方案優化上的效能,並檢視其於不同規劃階段的操作可行性。研究成果為城市設計流程的重構提供初步實證與策略基礎,協助決策者與設計團隊在面對複雜多變的城市議題時,能兼顧效率、包容性與創新性,推動更具韌性與可持續性的城市治理模式。
Urban design is undergoing a critical transition as cities confront infrastructural transformation, climate challenges, and increasing social complexity, often exposing institutional gaps between top-down planning and bottom-up civic participation. This study examines how artificial intelligence (AI) can function as a mediating mechanism within a Middle-out urban design approach, reframing participation as an adaptive and negotiated process rather than a fixed procedural stage.
Using the Tainan Parkway project, developed through the undergrounding of the Tainan Railway, as a case study, this research employs two complementary AI-assisted participation settings: real-time workshops and interviews using generative visualizations and semantic feedback to translate lived experiences into spatial preferences, and a non-real-time online platform integrating policy documents, spatial data, and citizen inputs.
The findings indicate that AI-mediated processes enhance knowledge translation, facilitate cross-scale dialogue, and operate as a negotiation interface that supports iterative alignment among heterogeneous stakeholders. The study concludes that AI can operate as an effective mediator, reframing urban design as an adaptive participatory system rather than a fixed design outcome.
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