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  • 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

我國主要報紙資訊新聞之趨勢分析

譚鳳珠, TAN, FENG-ZHU Unknown Date (has links)
本研究旨在探討資訊列入重點科技之前與之後,我國三家日報(中央日報、聯合報與 中國時報)報導資訊新聞的趨勢,並反映報紙對科技新聞的表現。 本研究使用內容分析報紙的資訊新聞;分別探討資訊新聞的報導則數、消息來源、報 導主題、重要性、報導類型、發展階段及陳述方式的趨勢。 第一章緒論:共分三節。 第二章文獻探討:共分四節。 第三章研究方法:共分六節。 第四章資料分析與討論:共分八節。 第五章結論:共分兩節。
2

中國網路治理中的國家社會關係:以2007-2016年網路熱點事件為例 / The Internet Governance of State-Society Relationship in China : The Internet Hot Events from 2007 to 2016

張庭蓁, Chang, Ting Chen Unknown Date (has links)
本研究旨在從網路時代「國家─社會」關係的互動框架下觀察2007至2016年180個網路熱點事件的「爆發誘因」、「發生地域」、「利益相關者」、「利益訴求」、「行動強度」、「涉事政府層級」、「中央政府回應」、「中央政府處置結果」、「地方政府回應」、「地方政府處置結果」等十大項目,建構出2007-2016年網路熱點事件數據庫,並依據數據庫的內容進行量化分析,以獲知十年來中國網路治理與網路熱點事件的發展趨勢。而自從改革開放後市場經濟轉型以及內部社會結構的劇烈變化,復加上互聯網的推波助瀾,皆使得被壓抑已久的社會力(social forces)發展蓬勃,更進一步帶來「中國公民社會3.0」的成形,且由於中國政治體制條塊切割的特殊性與複雜性,使得「國家」並非是一個如「鐵板」般剛硬的實體,而是由眾多彼此互動、協調與競爭的自主行為者所組成,因此本研究將「國家」概念分割為「中央層級」與「地方層級」兩個部分,提出正面作為、不介入、負面作為等政府回應與處置結果的三個大指標,從不同層級的政府觀察其對網路熱點事件十年來的回應與處置,並就案例經驗得知,網路熱點事件「是否跨多個省份、區域」、「訴求是否涉及政策法規修訂或改變體制」、「是否演變成集體行動」、「事態是否持續擴大」、「是否直接與中央相關或牽扯中央」等是決定中央是否介入網路熱點事件的標準。2007-2016年中國網路治理與網路熱點事件的十年趨勢分析,是對於既有的網路事件研究在量化數據研究不足的補充,也期許能夠做為未來網路事件在量化研究分析上的基石。
3

運用文字探勘技術分析金融科技之發展與趨勢 / Applying text mining techniques to the development and trends of fintech's patent

郝紹君, Hao, Shao Chun Unknown Date (has links)
現今科技日新月異,不斷突破創新,產業環境變動的步調也越來越快,新竄出之金融科技(Finance Technology)的應用,使得許多企業越加注重技術方面的研發創新,尤其,善加運用專利資訊能有效節省研發經費與時間。因此如何有效運用專利是企業維持競爭優勢不可或缺的一環。 有鑑於此,本研究搜集近年各國專利資料庫之專利資料,將資料分為三個時期,並區分申請中與已申請之專利資料,透過文字探勘技術與機會探索分析出金融科技之發展與趨勢,了解各時期詞彙間之關聯性與差異,再搭配視覺化工具KeyGraph,以描繪出金融科技領域之相關詞彙關聯趨勢圖,挖掘未來潛在趨勢。 本研究之結果了解金融科技在各時期的趨勢發展變化與尋求脈絡,以及過去各時期之專利佈局,因而從結果中發現金融科技之發展方向主體為支付領域,許多支付科技接連出現在三個時期中。然而近幾年,其他金融領域如投資、融資、保險、資料分析等也漸漸浮出,從本研究之第三個時期的高頻字詞高達34個可看出,可見金融科技之專利發展佈局已快速從支付領域拓展至其他金融領域。本研究所挖掘出之潛在趨勢顯示了未來金融科技領域中將會有五大重點發展領域,分別為服務整合領域之雲端科技、支付領域之生物辨識與穿戴支付與加密貨幣、資料分析領域之機器學習與人工智慧、信息收集與處理領域之遠程信息處理科技、以及理財投資領域之理財機器人。 期望本研究結果能幫助企業,在面臨新科技不斷衝擊產業,而產業不斷尋求創新發展之下,能夠快速檢閱目前市場趨勢,藉此釐清並改善自身之發展策略,以因應外部環境之變動,提供企業作為金融科技發展之策略參考,也能有助於企業釐清與制定金融科技之投資方向,以擁有持續的競爭優勢。 / Nowadays, with the rapid advancement of information technologies, the changes of business environment and the way to deal with the changes are becoming faster and faster. The development and adoption of new financial technologies has made many enterprises pay more attention to the research and development (R&D) initiatives. Besides, making good use of patent information can effectively save the budget and time of R&D, so how to effectively use patent information is an indispensable part for enterprises to maintain their competitive advantages. This study collected the patent data from the national patent database, and divided the data into three periods, and distinguished the data between the applying and the applied patents. Through the text mining techniques and chance discovery, this study explored the development and trends of financial technology and also aimed to understand the relevance and differences between the major terms in each period. Then, with the visual tool, KeyGraph, this study illustrated the associations between related terms, and proposed the potential future trends based on the graphs. The results of this study help monitor the changes of the trends and financial technology’s development in the three periods, and understand the patent portfolios in each period. This study has found that the main direction of financial technology’s development is the payment field. Many technologies related to payment have successively appeared in the three periods. However, in recent years, other financial areas such as investment, financing, insurance, data analysis and other areas are gradually emerging, since we found 34 high-frequency terms in the third period. This also shows that the development of financial technology’s patent portfolios has expanded from payment to other financial areas. The potential trends of financial technology’s development in this study are five areas, namely, technologies of cloud, biometric and wearable payment and cryptocurrency, machine learning and artificial intelligence, telematics technology, and robo-advisors. It is expected that this study can serve as a reference for the development of financial technology, and help enterprises be able to quickly review their current market trends, clarify and improve their own R&D strategies to respond to the changes in the external environment. Also, it is hoped that the results can help enterprises clarify and develop their own investment directions to maintain competitive advantages.

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