模式收獲量 的英文怎麼說

中文拼音 [móshìshōuhuòliáng]
模式收獲量 英文
normal yield
  • 模 : 模名詞1. （模子） mould; pattern; matrix 2. （姓氏） a surname
  • 式 : 名詞1 （樣式） type; style 2 （格式） pattern; form 3 （儀式; 典禮） ceremony; ritual 4 （自然科...
  • 收 : Ⅰ動詞1 （把攤開的或分散的事物聚集、合攏） put away; take in 2 （收取） collect 3 （收割） harvest...
  • 獲 : Ⅰ動詞1. （捉住; 擒住） capture; catch 2. （得到;取得） obtain; win; reap 3. （收割） reap; harvest Ⅱ名詞（姓氏） a surname
  • 量 : 量動1. （度量） measure 2. （估量） estimate; size up
  • 模式 : model; mode; pattern; type; schema
  • 收獲 : 1. （取得成熟的農作物） gather in the crops; harvest; reap 2. （比喻心得、戰果等） results; gains
  1. Abstract : based on a numbers piled up for varies resources ( labor, materials, mechines ) in neuron plan, a composed distribution for various resources was obtained. then, using time difference and quantities of materials, the best selected work and time started as astrictive conditions, the best optimum distribution which satisfied variou resources in difference optimodel and astrictive conditions was got

    文摘:將多種資源（人工、材料、機械）的數量同時在神經網路計劃技術上實行數字化疊加，從而獲得多資源疊加的合成分佈，再利用神經網路計劃技術中各個工作的不同時差和資源數量，按收斂條件選擇最佳開工工作和開工時間，滿足多種資源在優化模式中按收斂條件進行最優分佈
  2. Abstract : events contributing to the establishment of statistics the science of data and its chemical branch are epitomized. as the new chemical branch named chemometrics or chemstatistics has been disputed in the circles of chemistry for a long time, reasons for adopting chemstatistics are given, which is defined as the science of gathering or generating, describing, summarizing and interpreting the data concerned to acquire new chemical knowledge or information. the fact that many traditional statistical methods, such as significance tests, analysis of variance, regression and correlation, and some others not usually considered statistical, such as model building, monte carlo method, fourier transformation, artificial nerval networks and pattern recognition, each contains one or more of the five connotations of statistics is expounded. the regular pattern that a chemstatistician grows up is approached. the urgent task is to include chemstatistics in the undergraduate or graduate curriculum of chemistry specialty. the goal of the project is to nurture chemists who know statistics

    文摘:本文追溯了統計學發展、建立中的大事，陳述了它的定義及其化學分支發展、建立的梗概；鑒于化學界對該新興化學分支學科的名稱長期存在爭議，提出了以化學統計學而不以化學計量學為該學科名稱的理由，把化學統計學定義為一個研究有關數據的收集或產生、描述、分析、綜合和解釋，以獲得新化學知識或信息的學科；闡明了許多公認屬于統計學的方法，如顯著性檢驗、方差分析、回歸和相關，以及一些尚未認定屬于統計學的方法，如模型建立、蒙特卡羅方法、傅立葉變換和人工神經網路，都含有統計學5個內涵中的一個或多個；探討了化學統計學家成長的模式，認為當務之急是把化學統計學納入化學專業的教學計劃，以培養懂統計學的化學家。
  3. Next, proposing the grid resource access scheme. the goal is considering the resource provider ’ s and consumer ’ s behalf, and they can gain most interests, so that it can offer the motivation to attract them attending the grid. finally, proposing the optimization of grid cache management policy, and this paper gives the caculating method of the resource value, then gives the optimal admission policy of grid cache. because in the research of grid resource management, it is unnecessary to use real systems to evaluate the performance and accuracy of the algorithms, usually emulators are used to handle with it. several grid emulators are illustrated in this paper, and gridsim, a grid modeling and emulation toolkit, is introduced in details. finally, with the help of gridsim toolkit, the emulation of grid resource management algorithms with qos requirements is realized

    其目標是考慮到資源提供者和使用者兩方面的價值利益，使雙方都達到盡量大的收益，從而使資源提供者有足夠的動機繼續提供其資源共享，同時使使用者以盡量少的花費獲得較優的服務; （ 5 ）提出了基於經濟模型的網格cache管理優化，給出了網格cache判斷預測資源價值的計算公式，進而對網格cache策略進行了基於經濟的優化，主要是其接受策略的經濟優化。
  4. By using these mode - locking devices on novel thin - disk solid state lasers and optically pumped vertical - external - cavity surface - emitting semiconductor lasers ( opsvf. csel ) to obtain high average output power ultrashort pulses are stated, and it is emphasized that the study of high average output power ultrashort pulses laser can be accelerated greatly by using the quantum dot sesam

    綜述了利用半導體可飽和吸收鏡被動鎖模薄片式固態激光器及光泵浦垂直外腔面發射半導體激光器，獲得高平均輸出功率超短脈沖的最新進展，並指出量子點半導體可飽和吸收鏡的使用將加速超短高功率脈沖的發展。
  5. In order to solve the conflict of supply and demand, firstly, this particle discusses the characters of the national budget investment the emission of stock, attracting foreign capital and invest direct, domestic banks " loan, international financial organizations and foreign governments " loan, and the emission of bond, the bot mode and other financing manners. also, the particle analyses the resources of each financing manner and characters concretely. then, it analyses the scale, cost, construction and manner of highways " raising project, and it emphasizes banks " loan domestic and overseas, the emission of stock and bond, the attornment of highway ' s charge rights, the capital cost of bot financing manner, and uses the model to calc ulate the compositive capital cost, then build the worst ( in the worst environment hypothetically ) and the best scheme ( in the best environment hypothetically ) accordingly, after the comparison, we can obtain the status of the project ' s net cash flux, the debt ' s endurance capability, income and a series of data in any possible state, so that to get the optimized scheme and prepare for the scientific decision

    為了解決資金的供需矛盾，本文首先論述了國家預算內投資、發行股票、吸收國外資本直接投資、國內銀行貸款、國際金融組織和外國政府貸款、發行債券、 bot方式等融資渠道的特點，具體分析了各融資方式的資金來源渠道及它們的特點；接著分析了公路項目籌資的規模、成本、結構和方式，重點分析國內外銀行貸款、發行股票和債券、轉讓公路收費權、 bot融資方式資金成本，用模型的方式具體計算綜合資金成本，建立相應的最差方案（在假設的最差條件下）和最佳方案（在假設的最好條件下）與之進行比較，獲取在各種可能條件下的項目凈現金流量狀況、債務承受能力和收益情況等一系列數據，確定整體最優方案，為科學決策做準備。
  6. In order to ensure the lowest cost, using the methods of the plant management and operational research theory realize the maintenance according to the classification of the plant. because of the data which associated with the classification, optimized maintenance cycle, maintenance decision is very much, we must setup the plant maintenance decision support system which includes knowledge database, database, model database, and reasoning mechanism based on the using of the modern information analysis and collection of the experience and knowledge of the experts

    由於設備分類、最佳維修周期求解或預測、決策分析處理，都將涉及大量復雜的信息，要想從中獲取對實施維修有指導意義的結論，仍採用老式的經驗判斷是不夠的，必須利用現代的信息分析、處理及推理方法，廣泛收集該領域專家的經驗、知識，建立相應的知識庫、數據庫、模型庫、推理機等，藉助計算機完成設備的綜合維修決策，實現對這一系統具有真正價值的維修指導。
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