computation center 中文意思是什麼

computation center 解釋
計算中心
  • computation : n. 1. 計算，估算。2. 計演算法。3. 計算結果，得數。
  • center : n vt vi 〈美國〉＝centre n 1 中心；中心點；圓心；中央；中樞，核心；中心人物；根源，起源。2 〈常C ...
  1. The sampling period of the fusion center is defined as the lease common multiple of multi - sensors measurement period, so the same number of the local state estimation is transmitted to the fusion center every sampling period and the computation burden of the tracking filter is alleviated

    該演算法將融合中心的采樣周期設定為感測器測量周期的最小公倍數，使得傳輸到融合中心的局部狀態估計在每個周期內具有相同的數目，減少了跟蹤濾波的計算量。
  2. This paper analyzes and compares the computation and memory requirement between the two method of estimating doppler center in time domain and frequency domain

    本文分析比較了時域與頻域方法估計多普勒中心對運算量與存儲量的要求，得出時域法實現多普勒中心更適合實時系統。
  3. The plummeting particles interact with one another, performing computation for a finite time before reaching the center of the hole ? the singularity ? and ceasing to exist

    快速墜落的粒子相互作用，在抵達黑洞中心奇異點前的有限時間里進行運算，然後消逝。
  4. Taking attributed scattering center - based classification as example, the computation of feature likelihood function under many - many and 1 - 1 correspondence are studied, by using the algorithm of bipartite graph perfect matching to find the optimal 1 - 1 correspondence, the computation efficiency is improved greatly, the relations of likelihood function between 1 - 1 and many - many correspondence are analyzed, and two sub - optimal methods of calculating the likelihood function of 1 - 1 correspondence are presented

    本章以基於屬性散射中心特徵的分類為例，深入研究了多?多對應和1 ? 1對應特徵似然函數的計算，通過將求解二分圖最佳匹配的演算法用於尋找特徵之間的最優1 ? 1對應關系，有效提高了1 ? 1對應特徵似然函數的計算效率，分析了1 ? 1對應和多?多對應特徵似然函數之間的關系，給出了兩種次優的1 ? 1對應特徵似然函數計算方法。
  5. The science team under dr li s leadership owns many patents of invention and his work earns unreserved technical support from the computation institute of the chinese academy of science, the national research center for intelligent computing systems and the national research center for high performance computers

    曙光由著名計算機專家，中國科學院計算技術研究所所長李國傑博士出任董事長，其科研隊伍擁有多項發明專利，並且得到中科院計算所、國家智能計算機研究開發中心及國家高性能計算機工程中心技術支持。
  6. In chapter 2, by studying the computation of the quantities of singular point of the original of the following complex autonomous polynomial differential system two linear recursion formulas for the computation of quantities of singular point of system ( 1 ) are obtained. applicable formulas are presented unitedly for the computation of focus quantities and saddle quantities, which play an important role in center - focus determination and bifurcation of limit cycles in real planar polynomial differential systems

    在第二章，我們研究平面多項式復自治微分系統原點的奇點量計算，得到了奇點量計算的線性代數遞推公式，統一地給出了在實平面多項式微分系統的中心焦點判定與極限環分支中有著極為重要意義的焦點量與鞍點量的易於應用的計算公式。
  7. And this numerical result is similar to the experimental result. then, the computation was played on different domain, rate of fibers and st numbers and got the conclusion that the farther the distance between the domain and the center of the pipe was, the more fibers " axis concentrated on the orientation of flow, while the rate of fibers and the st numbers had little influence on the distribution

    然後通過考慮管道截面上的不同區域、改變纖維長徑比和st數來研究他們對纖維偏角分佈的影響，從而得出結果：隨著計算區域從管道截面的中心向壁面的轉移，纖維粒子的偏角分佈逐漸集中於低角度；而纖維長徑比和st數卻對纖維的偏角分佈沒有明顯影響。
  8. Block motion estimation using full search is computationally intensive, many fast algorithm have proposed to reduce the computation at the expense of less accuracy of motion estimation. in this paper, we present a new fast and efficient search algorithm for block motion estimation. the proposed algorithm is based on the ideas of predicted starting search point, subsampled block distortion measure, center - biased distribution of motion vector, multiple - candidate diamond search. from the experimental results, the proposed algorithm is superior to many other well - known fast algorithms in both quality performance and computational complexity

    演算法採用多步搜索方法，利用相鄰塊之間的運動相關性，選擇反映當前塊運動趨勢的預測點作為初始搜索點用子采樣塊匹配失真度量來減少計算量利用運動矢量的中心傾向的分佈特性，用多侯選點鉆石形狀搜索方法來提高運動估計的速度和準確性。
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