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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

建構汽車險客戶評估模式之研究 / A research of establishing the evaluation model of car insurance customers

莊皓鈞 Unknown Date (has links)
從西元2010至2014年以來,台灣車險市場的賠款率逐年攀升,而汽車保險業務占產險公司營收來源約五成,顯見汽車保險業務對於產險公司的重要性,然而近來高單價超跑肇事頻繁,屢登上新聞版面,單一案件的賠償金額遠超過客戶所繳保費收入,對公司經營績效產生莫大壓力。 本研究透過二元邏輯迴歸來探討可能影響車體險出險理賠的因素,依據發現的影響因子建立客戶評估模式,提高公司經營績效,藉由個案公司所提供西元2012至2014年共1,071,935筆的資料,以SPSS Statistics作為分析工具,得出年齡、性別、國產或進口車種類、車輛出廠年份以及車輛用途分類中的重型機車、自用小客車、客貨兩用車、長租小客車和個人計程車與出險理賠存在相關性。 分析後發現五大結論。第一,年齡增長與出險理賠呈現負相關;第二,女性出險的機率高於男性;第三,進口車出險理賠的機率遠高於國產車;第四,車齡愈小發生出險理賠的機率愈高;最後則是各項車種用途的車輛發生出險理賠機率皆偏高,尤以長租小客車和個人計程車為最。
2

零售商資訊分享下第三方逆物流業者回收處理中心選址模式研究

鄭荏任, Cheng, Jen Jen Unknown Date (has links)
逆物流回收的複雜度遠比正向物流高,企業為專注核心價值多半將逆物流活動委外專業物流服務供應商。對第三方逆物流業者而言,選擇適當的回收處理中心位址為其重要核心能力之一,而現今研究對於選址模式中之回收不確定性,大多以歷史資料作為參數,無根據區域特性不同而有所分別。故本研究希望探討在零售商提供資訊的情境下,結合消費者問卷建構廢棄產品的使用年限機率、並以二元迴歸邏輯分析建構回收機率以此預測區域回收數量,透過資訊分享以建立更好的回收處理中心選址設置模式,使第三方逆物流業者可按照此模式選擇最適當的回收點位置與回收處理量安排用以求得利潤最大化。 / Since reverse logistics is much more complex than forward logistics, third-party logistics providers are often the prior choice for firms to obtain their core value when a reverse logistic activity is needed. For third-party logistics providers, the location is one of their crucial core values; while most of them can only rely on historical data to assume the best location, due to the uncertainty of recycling in present studies.Therefore, this paper tries to construct the probability of products’ used-years by combining the retailers’ information with consumer-oriented questionnaires. Binary logistic regression is the methodology used to analyze and predict recycling probability. By information-sharing the third-party logistics providers will be able to construct a better selecting model for the best facility location, which will reach the most suitable recycling quantity to maximize their profits.

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