fundamental fault 中文意思是什麼

fundamental fault 解釋
基底斷裂
  • fundamental : adj 1 基礎的，基本的，根本的，重要的；原始的，主要的。2 【物理學】基頻的，基諧波的；【音樂】基音...
  • fault : n 1 過失，過錯；罪過，責任。2 缺點，缺陷，瑕疵。3 （獵狗的）失去嗅跡。4 【電學】故障，誤差；漏電...
  1. The following results are obtained through above research. 1 ) the on - line oil monitoring parameters are selected and wear particle fundamental characteristics are defined by analyzing developments, contents of oil monitoring technology and its relation to tribo - system fault

    論文主要結論有： 1 ）分析了油液監測技術的歷史發展、內涵以及摩擦學故障與油液監測技術的關系，明確了描述磨損狀態的磨損顆粒特徵，確定了在線油液監測傳感器的檢測指標。
  2. The research job includes bringing a project about fault calculation, using node impedance matrix as maths model of network to derive the arithmetic based on the fundamental of modifying impedance matrix by adding the branch, building the whole database with micosoft access. the whole project is realized with visual c + + 6. 0. it is applied to au hui electric network, and is proved correct

    本文首先根據系統的要求，綜合考慮各種運行方式變化，提出合理的零序電流，分支系數的計算方案；然後採用節點阻抗矩陣作為系統的數學模型，推導出基於支路追加法的阻抗矩陣快速補償優化演算法，從而實現計算方案；最後以micosoftaccess為工具設計出完整的故障計算數據庫。
  3. The influences of several factors such as harmonics, intermittent arc grounding, ct, load and fault resistance have been thoroughly analyzed, therefore, it is fundamental work for its application

    深入細致地分析了諧波、間歇電弧、電流互感器、負荷、過渡電阻等多個因素對故障選線結果的影響，為方案的實用化奠定了基礎。
  4. The software test, aim was elaborateed by the original, fundamental means and software test automation. the aim of software test chiefly is the fault discover in the software, in view of this target, the difference quiz means may be adoptd, in case white box testing ( logic is covered, way covers and so on ) and black box testing ( the meritorous service be able to be tested, regression testing, performance test.,

    軟體測試的目的主要是發現軟體中的缺陷，針對這一目標，可以採用不同的測試方法，如白箱測試（邏輯覆蓋，路徑覆蓋等）和黑箱測試（功能測試、回歸測試，性能測試、等價類劃分和邊界值分析等方法） ，設計測試用例，保證測試成功即找出軟體中的缺陷。
  5. Topics include : the nature of risk, formal accident and human error models, causes of accidents, fundamental concepts of system safety engineering, system and software hazard analysis, designing for safety, fault tolerance, safety issues in the design of human - machine interaction, verification of safety, creating a safety culture, and management of safety - critical projects

    其主題有：危險的性質，突發意外事件和人類錯誤模型，意外事件的因素，系統安全工程學的基本理論，系統和軟體的危險分析，安全和容錯設計，設計安全的人機交互，安全確認，創造安全文化和管理安全危急工程。
  6. The transient solution obtained from the multi - loop mathematical model are in agreement with experiment results approximately under the conditions that saturation is not severe. though the errors of currents in some non - fault branch seem a little large, the fundamental components of the simulation current are accurate

    結果表明，多迴路數學模型在電機飽和不嚴重的情況下，暫態模擬結果與實驗結果大致吻合，雖然有時非故障分支電流與實驗結果的差異比較大，但基波分量還比較準確，基本可以滿足保護方案的靈敏度校驗等工程需要。
  7. Latest progresses on some fundamental and important problems about information fusion in sensor networks are presented, including the multisensor distributed decision in the most general case in the sense of globally optimal fusion ; the optimal dimension compression of the sensor observations or local estimates ; the best linear unbiased estimation fusion formula and the efficient iterative algorithm ; the distributed kalman filtering fusion for the multisensor dynamic systems with cross - correlated sensor noises ; and the fault - tolerant interval estimation fusion

    摘要系統地闡述了傳感器網路環境中幾個基本而又重要的信息融合問題的最近進展，包括：最一般條件下全局最優的多傳感器分散式統計判決；傳感器觀測數據或局部估計的最優維數壓縮；一般條件下最優線性無偏估計融合公式及其有效演算法；傳感器觀測噪聲相關情形下動態系統的卡爾曼濾波融合；容錯條件下的區間估計融合。
  8. In designing or selecting a topology for a parallel processing system, one fundamental consideration is system - level fault tolerance. in order to improve the fault tolerance, the paper analyses from the two following sides : one is by adding the less links related to the original networks, modifying the topology of the original one, we get higher fault tolerance of the new network ; the other is under the same topology network, ignoring the likelihood of one processor and ail its neighbors failing at the same time, or considering the distribution of the faulty nodes, that is studying the fault tolerance under the conditional connectivity or cluster - fault - lolerance

    本文以提高網路的容錯度為目的，從兩個方面分析互連網路的容錯性質：一是在原網路基礎上增加少量連接，使新型網路具有更高的連通度（容錯度為連通度減1 ） ；二是在給定互連網路拓撲結構下，考慮故障處理器發生的概率和故障處理器的分佈狀況，在其中的某一具體條件下，即在條件連通度和簇容錯下分析互連網路的容錯性能，從而得到更高的網路容錯度。
  9. In the risk analysis, this paper summarizes the fundamental theories and ways to risk estimate and analysis, finds out the main risk resources by fault tree analysis, analysises the main risk sources in detail and classes them with risk evaluation matrix. risk classes are transformed fuzzy risk values which can be numerical value analyses by the fundamental ways basing on fuzzy mathematic for the risk resources can be easily analysised quantitatively

    在風險分析中，首先，綜述了進行風險分析和評估的基本理論與方法，用事故樹的方法找出了主要的風險源，並對主要風險源進行了詳細的分析，再用風險評價矩陣方法給出了主要風險源的風險等級。
  10. When faults occur in the transmission line, locating the fault accurately and timely is propitious to eliminate the fault and resupply power. the exact fault location of the transmission line is fundamental to ensure a proper operation of the system

    高壓輸電線路發生故障時，及時準確地測量出故障位置有利於快速排除故障、恢復供電，因此，故障測距對電力系統安全可靠運行有重要意義。
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