computation window 中文意思是什麼

computation window 解釋
計算時窗
  • computation : n. 1. 計算，估算。2. 計演算法。3. 計算結果，得數。
  • window : n 1 窗；窗口，窗戶；窗扉，窗框；窗玻璃；（商店的）櫥窗；【計算機】窗口〈電腦視頻顯示器屏幕上的視...
  1. Then not only i take advantage of the success of the slip window mechanism of tcp, but also do some improvement on the slip window mechanism based on the property of suna, including the computation of rtt, the computation of mss and how to avoid fragment, the value of slip window, the congestion avoidance mechanism. these improve the efficiency of the slip window under suna

    然後在借鑒tcp的滑動窗口機制的成功之處的同時，結合服務元網路體系結構的特性對其進行一系列行之有效的改進:包括rtt的計算、 mss的計算和分片的避免、滑動窗口的計算以及擁塞控制機制，這些改進使得服務元網路體系結構下的滑動窗口的效率得到了提高。
  2. Applying relative arithmetic to all kinds of faults and calculating off - line, we can master time - distance relation chart for all kinds of faults. computation indicates : when transmission lines occur faults, the data window of protection algorithm consisting of prefault and postfault data at the same time has important significance. the following methods are useful to achieve the inverse time characteristic : calculating impedance by using flourier in a full cycle, calculating work voltage by using fault component, calculating the torque created by a phase comparator or a magnitude comparator

    實際的計算表明：輸電線路發生故障后，用故障前後的數據同時充滿保護演算法的數據窗，對于快速切除近區故障具有很重要的意義；同時利用故障前後的數據，下述方法可以比較好地實現距離保護的反時限特性：直接用全周傅里葉演算法進行阻抗計算；採用工頻變化量阻抗繼電器進行工作電壓的計算；採用轉矩的思想進行轉矩的計算。
  3. The fourth, the power capacity and the special harmfulness of ghost mode resonance when a cylindrical box type window is used to transmit high power cw are studied in detail. the existing formula for calculating the average transmitting power capacity of cylindrical te11 mode box type window is revised and a formula for three dimensions simulation computation of the temperature increment of the dielectric disk in cylindrical te11 mode box type window is deduced

    第四，對圓柱盒型窗用於傳輸高功率連續波時的功率容限和鬼模振蕩的特殊危害性等問題進行了深入的研究，修正了現有的圓柱te _ （ 11 ）模盒型窗的平均傳輸功率容限的計算公式，並推導出了可用於三維模擬計算的圓柱te _ （ 11 ）模盒型窗中介質窗片溫升量的計算公式。
  4. Different form other sequencing algorithm, the algorithm only need to compute the plane queue in the dynamic window, which is came into being around the new arrival plane. as a result, this algorithm is good at both optimization efficiency and computation

    當發生空中交通擁擠時，先在剛到達的飛機的前後建立一個動態排序窗，計算時，只需對窗內的飛機隊列進行排序，即只需對與剛到達飛機相關的飛機進行處理。
  5. The improved algorithm has three steps : 1 ) estimating the statics ; 2 ) selecting the best coherent time window from the common - receiver - point stack profile for the coherent computation and calculating the statics ; 3 ) correcting the value of " statics " by the underground structures corresponding to the formation of the p waves

    演算法可以分3步進行：估算靜校正量；在共接收點疊加剖面上選擇一個最優相千時窗進行相干運算，求取靜校正量；根據縱波對應層位的地下構造對相於結果進行校正。
  6. It is shown that, due to the real operations, the computation of the bi - orthogonal analysis window, the transforms coefficients, and the reconstruction of the original signal in rdgt case, can be significantly reduced as compared with the computation of those in the cdgt case. and the similarity between the rdgt and the discrete hartley transform ( dht ) allows the rdgt to utilize the fast dht algorithms for fast computation. meanwhile, the rdgt bears a simple relationship with the cdgt such that the cdgt coefficients can be directly computed from the rdgt coefficients

    主要內容有：研究了一維和二維實值離散gabor變換（ rdgt ）方法，這種方法由於僅涉及實數運算，並可利用快速離散hartley變換演算法加速變換，因而在計算雙正交分析窗、變換系數以及信號重建方面都比復值離散gabor變換（ cdgt ）簡單易於實現，並且rdgt系數與cdgt系數的實部和虛部有著非常簡單的關系，因此前者的計算完全可以替代後者的計算，從而達到明顯減小gabor變換計算量的目的。
  7. Different from other algorithms, the algorithm in this paper that adopts sliding sequencing window does not search all sequences generated by whole aircraft queue, but search possible sequences generated by some aircraft for certain positions fixing in optimized queue. so, this algorithm can break through the bottleneck of computation penalties caused by the use of cp algorithm and make it easy to reschedule the queue of more than 10 aircraft in heavy traffic

    與其它演算法不同，本文提出的排序演算法引入了滑動排序窗的概念，它不用對隊列中全部飛機的所有排序可能進行搜索，而只需對那些與最終排序結果中的某些特定位置相關的飛機（當前窗）所產生的排序可能進行搜索，依次移動窗體就可完成對所有飛機的排序過程。
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