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研究生: 劉亦揚
Yi-Yang Liu
論文名稱: 多載量自動倉儲系統-儲位和出入庫站位置選擇之控制策略
指導教授: 何應欽
Ying-Chin Ho
口試委員:
學位類別: 碩士
Master
系所名稱: 管理學院 - 工業管理研究所
Graduate Institute of Industrial Management
畢業學年度: 89
語文別: 中文
論文頁數: 66
中文關鍵詞: 自動倉儲系統多載量存取機
外文關鍵詞: AS/RS
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  • 目錄 目錄I 圖目錄III 表目錄V 第一章 緒論1 1.1 研究背景1 1.2 研究動機及目的2 1.3 環境假設與限制3 1.4 研究步驟4 1.5 論文架構4 第二章 文獻探討8 2.1 單載量自動倉儲系統硬體種類9 2.2 單載量自動倉儲系統控制策略10 2.2.1 單載量系統之控制策略10 2.3 多載量自動倉儲之存取控制策略15 第三章 研究方法17 3.1 多載量自動倉儲系統17 3.1.1 系統架構17 3.1.2 基本假設19 3.2 多載量自動倉儲系統的控制策略20 3.2.1 存取機之存取貨路徑-無成本區20 3.2.2 順道載運點之演算法22 3.2.3 存取機之存貨法則-物料遞增率及儲位物料演算法(聚合力)24 3.2.4 多載量自動倉儲系統的控制流程29 3.2.5 實例說明-135 3.2.6 實例說明-237 3.2.7 系統之差異比較38 第四章 系統模擬與分析39 4.1 前言39 4.2 評估績效的準則39 4.3 模擬實驗40 4.3.1模擬實驗環境假設40 4.3.2 模擬因子與設計40 4.4 模擬結果42 第五章 結論與建議49 5.1 結論49 5.2 建議49 參考文獻51 附錄A 系統模擬實驗結果55 附錄B 系統模擬畫面說明63 圖目錄 圖1-1、研究步驟流程圖6 圖1-2、AS/RS鳥瞰圖7 圖2-1、文獻探討架構圖8 圖2-2、單載量存取機的單指令存取控制流程圖10 圖2-3、單載量存取機的複指令存取控制流程圖11 圖2-4、單載量存取機追蹤模式流程圖11 圖2-5、執行存貨命令12 圖2-6、執行取貨命令12 圖3-1、出入庫站示意圖19 圖3-2、存取機等距離的旅程時間21 圖3-3、無成本區21 圖3-4、順道載運示意圖(載運點在K線上方)23 圖3-5、順道載運示意圖(載運點在K線下方)23 圖3-6、聚合力計算流程28 圖3-7、系統運作流程圖30 圖3-8、觸發系統運作流程圖31 圖3-9、存取機之存取路徑流程圖33 圖3-10、執行存取動作流程圖34 圖3-11、實例說明-1 35 圖3-12、實例說明-2 37 圖4-1、存取機旅行時間與模擬時間關係圖41 圖4-2、物料平均存取時間(出入庫站在同一邊)44 圖4-3:物料平均存取時間(出入庫站在各兩端)44 圖4-4:存取機使用率(出入庫站在同一邊)45 圖4-5:存取機使用率(出入庫站在各兩端)46 圖4-6:存取機平均旅行時間(李智信(2000))47 圖4-7:存取機平均旅行時間(本研究)48 圖B-1:系統模擬參數畫面64 圖B-2:系統動畫主畫面64 圖B-3:存貨命令邏輯65 圖B-4:取貨命令邏輯65 圖B-5:存貨架內容初始化66 圖B-6:存取機動畫邏輯66 圖B-7:變數設定67 圖B-8:儲存格內容67 表目錄 表3-1、差異比較表38 表4-1、本研究之實驗因子與水準41 表4-2、績效評估準則與存貨法則之相關數據(出入庫站在同一邊)42 表4-3:績效評估準則與存貨法則之相關數據(出入庫站在各兩端)43 表4-4:平均存取時間t檢定(出入庫站在同一邊)44 表4-5:平均存取時間t檢定(出入庫站在各兩端)45 表4-6:存取機使用率t檢定(出入庫站在同一邊)46 表4-7:存取機使用率t檢定(出入庫站在各兩端)46 表4-8:出入庫站t檢定(李智信(2000))48 表4-9:出入庫站t檢定(本研究)48 表A-1:李智信(2000)--出入庫站在同一邊55 表A-2:李智信(2000)--出入庫站在各兩端57 表A-3:本研究─出入庫站在同一邊59 表A-4:本研究─出入庫站在各兩端61

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    楊和熹 「多載量自動倉儲系統之控制」 碩士論文,中央大學,民國八十六年
    李智信 「動態調整型多載量自動倉儲系統之控制」 碩士論文,中央大學,明國八十九年六月
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