• Refine Query
  • Source
  • Publication year
  • to
  • Language
  • 2
  • 2
  • Tagged with
  • 2
  • 2
  • 2
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • 1
  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

科學園區危機管理跨域聯防之研究-以科學工業園區管理局為例 / The study of joint defense across boundary of crisis management of science park: a case study of science park administration

葉慧君 Unknown Date (has links)
因應全球科學園區發展的潮流,我國於1980年設立第一個科學園區-新竹科學園區(簡稱竹科),經過多年的努力,已成為世界上發展成功的科學園區之一,美國商業週刊稱之為「台灣的矽谷」,是台灣經濟發展的重要命脈,也是維持我國競爭力於不墜之重要關鍵因素。而為執行園區管理業務,由行政院國家科學委員會設立「科學工業園區管理局」,辦理相關工作及提供各項服務。   本研究採用文獻探討法及深度訪問法等二種研究方法,試圖就科學園區危機類型做一分類,並以危機管理四階段理論及運用「全盤型弱點管理」觀點,檢視科學工業園區管理局危機管理機制之運作,找出其脆弱度,透過跨域聯防相關理論、兩個案例經驗借鏡及相關人員深度訪談資料之歸納分析,試圖提出建構科學園區危機管理跨域聯防機制之策略,並輔以政策工具理論,作為可能面臨困境之對策,以提供科學工業園區管理局及相關單位參考。 / To meet the trend of global science parks, the first science park in Taiwan, Hsinchu Science Park (HSP), was established in 1980. After endeavored for years, it has become one of the most successful science parks in the world, which Business Week called, “Taiwan’s Silicon Valley.” It is a very important lifeline of Taiwan economic development, and a key factor of maintaining Taiwan’s competitive advantage. Under the jurisdiction of the National Science Council, the Science Park Administration (SPA) is given the responsibility of developing, operating and managing the park. This study adopts two research ways: literature review method and interviewing method, and attempts to classify the crisis type of the science park. Based on the four steps theory of crisis management and the point of view of “Comprehensive Vulnerable Management,” it is to inspect the operation of crisis management of Science Park Administration to find out its vulnerability. Through the generalization and analysis of the related theory of joint defense across boundary, two cases review and related further interview, it attempts to set a strategy for joint defense across boundary of the science park, assists with policy instruments theory to offer a solution for coming difficulty, and to be a reference for Science Park Administration and related organizations.
2

安倍政府之防衛政策(2012-2017) / The Defense Policy of Shinzo Abe(2012-2017)

蔣緯達, Jiang, Wei-Da Unknown Date (has links)
安倍自2012 年12 月第二次執政後,要讓日本成為世界大國的目標十分明確。 首先以經濟政策穩定國內政權,同時巧妙地以新現實主義作為基礎,充分利用「制 衡」與「同盟」兩種戰略,一方面因地緣政治而深受中國、北韓、俄羅斯等國強 大壓力威脅,反而利用這樣的威脅對國內民眾灌輸強國意識,合理提高防衛預算、 改革防衛裝備移轉機制、增兵西南諸島並強化整體軍備實力等實質。 另一方面利用美國畏懼中國取代而成為亞太霸權的心理,以及日美同盟長久 以來奠定的良好聯合作戰架構,讓美軍充分涉入亞洲戰略區域情勢中,這樣的兩 手政策,就是安倍首相朝向「正常國家化」而努力推動修憲的最明顯手法。本研 究就亞太週邊環境對日本造成的威脅,試圖導出安倍防衛政策的背景因素與結構 性變化的關鍵原因,並理解政策的邏輯與內涵,以判斷日本於亞太區域環境中的 行為模式。 / Prime Minister Shinzo Abe has clearly made his intent for Japan to become a big power since his second term starting from December 2012. To attain this goal, he first enforced financial policy in response to domestic economic chaos, meanwhile adopted “Balancing" and “Alliance"strategies in accordance with“neo-realism" based onits strategic theory.In one hand, Abe uses the geopolitical threat formed by China, North Korea and Russia to rationalize his policies of raising national defense budget, reforming armament transfer principles, increasing force deployed on Japan's southwest islands and strengthen overall defensive capability. On the other hand, he carefully uses the U.S. fear China may replace it as the Asia-Pacific hegemony, and that U.S. needs firm coalition with Japan, keeping U.S. much involved with the power-pursuing game in Asia. This research intends to discover the key factors that results in Abe’s current defense policy and its structural change, while to understand the logic and processes of policy-making process, in order to identify how and what Japan will conduct in the Asia-Pacific area.

Page generated in 0.0395 seconds