critical node 中文意思是什麼

critical node 解釋
臨界節點
  • critical : adj 1 批判的,批評的;(在某方面)有鑒定力的 (in)。2 吹毛求疵的;愛挑剔別人的 (of about)。3 ...
  • node : n 1 節;結;瘤;【蟲類】結脈。2 【植物;植物學】莖節;【醫學】硬結腫;結,節結;【天文學】交點。3...
  1. In case the active node goes down, the stand - by node takes over, allowing a mission - critical system to continue functioning

    一旦活動節點出現故障,備用節點就會接管它的工作,這樣就能使得關鍵的系統能夠持續工作。
  2. To analyze the factors of impacting load balancing of links, which is including the number of routes between source node and destination node, the number of routes through every link, the maximum flow between source node and destination node, the maximum flow through every link, the free bandwidth of every link and so on, we present the fast dynamic routing algorithm ( fdra ) and the critical link routing algorithm ( clra ). simulation results show presented algorithms in the paper are better than other algorithms in reject ratio of the traffic requests and performance of rerouting the traffic requests when a link is failure, especially in computing time cost

    通過分析影響網路的鏈路負載均衡的因素,比如源-目的節點間的最大流,通過每條鏈路的最大流,源-目的節點間的路徑數目,通過每條鏈路的路徑數目,以及鏈路的剩餘容量等,提出了快捷動態路由演算法fdra和關鍵性鏈路路由演算法clra ,通過模擬,與最小跳演算法( mha ) 、最寬最短路徑( wsp )演算法、最小干擾路由演算法( mira )相比較,提出的兩種演算法在業務阻塞率、資源利用率以及重路由性能方面都有很好的效果。
  3. Afterwards, a duffing system with delayed displacement feedback is studied by the method of multiple scales and other numerical methods. the uniform formulas for computing the critical values of time delay are given and the global diagrams of bifurcation for the periodic solutions with respect to the time delay are obtained under different parametric combinations. it is shown that the hopf bifurcation and the saddle - node bifurcation are the only two types of bifurcation observed in such a system

    接下來用多尺度法及數值方法研究了一具有時滯位移反饋的duffing系統的動力學,得到了不同參數下系統平衡點發生穩定性切換時的臨界時滯計算公式及關于時滯的大范圍hopf分叉圖,並發現saddle - node分叉及hopf分叉是系統出現周期運動的兩個主要的來源。
  4. If one of the nodes in the cluster fails, another node begins to provide service ( a process known as failover ). mission - critical applications and resources remain continuously available

    如果群集中的一個節點出現故障,另一個節點就開始提供服務(這個過程稱作故障轉移) ,從而保持關鍵應用程序和資源的連續可用。
  5. The soft design of can communication with the time trigger schedule improve the can node ' s flexibility and reliability. the further work to be done is studying the better method of online event trigger service and complicated message schedule under the critical time constrain by fpga or dsp

    今後進一步的工作是研究在時間觸發的基礎上如何更好的完成在線事件觸發服務,以及相應的使用F P G A或D S P等手段在滿足實時性要求的前提下進行更為復雜的報文處理與調度。
  6. In order to solve this problem, we give a definition of critical node to identify those suspected nodes

    為此我們提出關鍵節點的概念,用來表徵那些在動態分析中可能出問題的節點。
  7. Version management is becoming a critical node in edbms research because that engineering design ’ s characteristics are repeatedly and option finally, which is not resolved completely so far as

    工程設計中反復試探最終選優的特點,使版本管理成為工程數據庫管理系統研製的難點之一,目前還沒有得到徹底的解決。
  8. When the network or node resource comes to the critical exhaustion point, the resource management department must come up with detailed statistics and generate the resource pre - warning report so as to apply capacity upgrading in a timely manner

    在網路或節點資源即將耗盡時,資源管理部門必須做出統計,並產生出資源預警報告,以便及時擴容。
  9. Recovery from node failures is a critical issue in distributed and parallel database systems

    恢復機制是保證分散式并行數據庫系統能正常提供數據庫服務的基礎。
  10. As in the previous articles in this series, critical files are on a shared filesystem ha for this example that is available to a backup machine in the event of a websphere application server node failure

    與本系列的前面的文章相同,重要的文件都位於共享的文件系統中(本例中是/ ha ) ,在websphere application server節點出現故障時,備份節點機器可以訪問它。
  11. Then the essay proposes a p / s based 2 - level architecture qos communication solution in crcm, gives the critical technologies of this solution include the establish of the multicast group dynamic reliable mechanism and the node ' s join and leave. at last, the essay simulates and compares the c / s integrate scheme and p / s scheme, analysis the main parameter of the model

    然後針對鐵路管控系統,提出了一種採用p s兩級結構,廣域網環境下的qos通信解決方案,並給出了實現這一模型的幾個關鍵技術,包括:動態組播組的建立、可靠性機制、節點的加入和退出。
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