鏈不規整性 的英文怎麼說
中文拼音 [liànbùguīzhěngxìng]
鏈不規整性
英文
chain irregularity- 鏈 : Ⅰ名詞1. (鏈子) chain Ⅱ動詞(用鏈栓住) chain; enchain Ⅲ量詞(計量海洋上距離的長度單位) cable length
- 不 : 名詞[書面語] (剁物所用的木墩) a block of wood
- 規 : Ⅰ名詞1 (畫圓形的工具) instrument for drawing circles 2 (規則; 成例) rule; regulation 3 [機械...
- 整 : Ⅰ形容詞1 (全部在內; 完整) whole; all; complete 2 (整齊) neat; tidy; orderly Ⅱ動詞1 (整理; 整...
- 性 : Ⅰ名詞1 (性格) nature; character; disposition 2 (性能; 性質) property; quality 3 (性別) sex ...
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Secondly, it probes into supplier selection methodologies by combining qualitative and quantitative methods such as linear weighted method, cost operating method, hiberarchy method etc. although xet achieved improvements following the regulations of gmp when selecting their current suppliers, xet fails to put the whole supply chain into account because it limits its perspective within itself and the employed selecting method is not comprehensive and not scientific enough
第二:希爾特製藥公司在選擇合作夥伴時,雖按gmp規定進行了較大的改進,仍然局限於從企業自身角度出發,沒有綜合考慮到整個供應鏈的情況,選擇方法仍不夠全面、科學。本文著重探討使用線性權重法、成本作業法和層次分析法等定性定量相結合的方法選擇供應商。The findings exhibit three main patterns : 1 ) the learning process runs like a declining markov chain - from the first year to the fourth year, the correlation between neighbouring learning phases is significant, whereas the correlation between non - neighboring learning phases is not ; 2 ) the influence of the accumulation of academic years decrease as the students move through their undergraduate study, except for second and third year students in management studies ; the first term of the first year plays an significant role throughout undergraduate education
通過實證分析,論文得出三大結論:學習過程類似衰減的馬爾可夫鏈式過程,從大學第一學年到第四學年,呈現出相鄰學習階段相關性高、非相鄰學習階段相關性弱的規律性;學年的影響力隨著年級升高表現為逐漸減弱的過程,但是管理類二、三學年影響力的減弱趨勢不明顯;大學第一學年在整個大學生涯中起到至關重要的作用。A network based approach, called extended petri - nets that represents the design of the supply chain as an abstracted network with " and " and " or " nodes, is presented. based on their substantial disadvantages of linear programming, integer programming, nonlinear programming and genetic algorithm in dealing with a typical supply chain, a constraint based genetic algorithm as part of the extended petri - nets approach is introduced to search for improvements in the design that satisfies the constraints imposed on the system. a prototype testing system is constructed, which is followed by an example together with a description of the small automobile supply chain system implementation
兩北丁業人學博十學位論義通過對鏈式供需鏈的結構分析,把鏈式供需鏈的設計優化轉化為多階段決策問題,在此基礎上建立了設計優化模型,並提出前向與後向兩種動態規劃求解演算法;鑒于線性規劃、整數規劃、非線牲規劃以及遺傳演算法在解決網狀供需鏈設計優化問題時皆存在著不足,本文對petri網進行了改進,提出了擴展petri網的概念,用於把網狀供需鏈抽象為一個具有「與」和「或」變遷節點的網路,並在前人工作的基礎上,把基於約束的遺傳演算法cbga與擴展petri網結合起來,用This thesis confirms the size of the logistics delivery truck fleet to satisfy the client delivery demanding. it also needs to satisfy the additional requirement brought by the reasonable fluctuation of the customers " demanding, and ensure the profit of the truck fleet maximum. the thesis sufficient considered the management speciality of the delivery truck fleet, and reasonably selects the target of evaluating delivery team to validate the feasibility of the delivery truck fleet design model
本文站在供應鏈整體的角度,從實際出發,確定配送車隊的運輸規模,使它不僅要滿足客戶配送需求,留有適當富餘量以滿足用戶需求合理波動所產生的額外需求,還要盡量降低運輸車隊運營成本,確保運輸車隊利潤最大,並充分考慮配送運輸車隊的經營特性,合理選擇評價配送車隊營運狀況的指標,對車隊規劃模型結果進行定性和定量的分析。At the same time, we have emulations of algorithms of rale updating and time series mining with matlab. in mobile environment, extracting valuable information quickly through data mining provides daily decision - making support and emergency service - support for mobile users, and compact rule information compared to a great deal of original data can reduce the quantity of data translated in a radio link and can save time. foremost, it saves the wireless resources, lightens congestion of bandwidth in wireless network, so that it will enhance the usability and high - efficiency of the whole mobile computing system
在移動計算環境中通過對數據的挖掘和信息的處理,從而快速的移動計算中的規則提取與規則更新研究提取出對移動用戶有價值的信息,不僅提供給移動用戶日常的決策支持和緊急狀況下的應急服務支持,而且簡潔的規則信息相對原始的大量數據而言,可以大大的減少無線鏈路上的傳輸數據量,減少傳輸的時間,最重要的是節省了無線資源,降低了網路阻塞的情況,從而提高了整個移動計算系統的可用性和高效性。分享友人