computational memory 中文意思是什麼

computational memory 解釋
計算內存
  • computational : adj. 計算的。
  • memory : n. 1. 記憶；記憶力；【自動化】存儲器；信息存儲方式；存儲量。2. 回憶。3. 紀念。4. 死後的名聲，遺芳。5. 追想得起的年限[范圍]。
  1. Thus large computational problems can be solved more cost effectively by using the aggregate power and memory of many computers

    這樣大規模計算問題可以通過使用眾多計算機聚集取來的計算能力和內存來低成本解決。
  2. The relationship between the computational resources available in working memory and the language processing mechanism

    工作記憶區之可用計算資源和語言處理機轉之關系。
  3. On one hand, although the traditional methods to solve the electromagnetic scattering form the target by the so called high frequency methods such as po ( physical optics ), go ( geometry optics ), have the less memory and computational requirement, they also have the fatal defection that the accuracy of these methods are too poor to use in real applications

    一方面傳統的高頻電磁分析方法雖然計算較快，內存需求較低。但是其存在的致命缺陷是計算結果精度較低，在許多場合下的計算結果的精度遠遠不能達到應用的要求。另一方面基於積分方程的多層快速多極子方法是一種求解電磁散射問題的快速演算法。
  4. Computational model of semantic memory impairment

    語義記憶損傷的計算機模型
  5. Recently, clusters with distributed memory are popular for parallel computing systems, and mpi is the actual standard of message passing programming. therefore, the application of clusters based on mpi to computational electromagnetics is studied in this dissertation. the methods are mom based on the integral equation method in conjunction with the preconditioning technique to speed up the iterative solution and a matrix order reducing method, namely the characteristic basis function method ( cbfm )

    目前，分散式內存的集群系統是并行計算系統的主流系統， mpi是消息傳遞編程實際上的標準，本文即研究了基於mpi的集群技術在計算電磁學中的應用，採用的方法主要是基於積分方程的矩量法，並結合了加速迭代的預條件技術以及一種矩陣降階方法? ? cbf方法。
  6. In the part 2 of advanced audio video coding standard avs - p2, many efficient coding tools are adopted in motion compensation, such as new motion vector prediction, symmetric matching, quarter precision interpolation, etc. however, these new features enormously increase the computational complexity and the memory bandwidth requirement, which make motion compensation a difficult component in the implementation of the avs hdtv decoder

    在avs - p2中傳統的運動補償技術被進一步改進以獲得更好的編碼性能。這些新的特性包括：預測塊大小可變化1616到88基於矢量三角形的新型mv預測多參考幀最多2幀或4場直接或對稱模式匹配不限制的mv和1 4精度像素插值等。
  7. The computational area is truncated by pml, as a result, the procedure of fem is simplified and the memory consumption is reduced greatly

    利用pml對計算區域進行截斷，有效簡化了矢量有限元分析過程，大大節省了有限元分析的內存消耗。
  8. Comparing with conventional methods, this combination accelerates the computational speed and decreases the memory requirement. the effectiveness and reliability of the method are verified by numerical results

    阻抗邊界條件ibc的引入減少了計算區域，節省了內存，將只適于導體散射分析的fma擴展到有塗層情況。
  9. The accuracy, computational time and required memory of the symplectic prk method are compared with the standard fdtd method. the results show that the symplectic integrator method is promising

    本文比較了二維時fdtd法和辛演算法的精度、計算時間和內存空間，結果顯示了辛演算法的優越性。
  10. Exp - golomb codes are applied to code the pairs of the run - length of zero coefficients and the nonzero coefficient for lower storage requirement. c2dvlc is a low complexity coder in terms of both computational time and memory requirement

    以往視頻編碼標準如h . 263定義了可選擇的算術編碼器，新近的h . 264 avc標準也採用了高效的算術編碼方法cabac 。
  11. The explicit method is widely used for its simpleness and little memory consumed with local time step and variable coefficients implicit residual smooth to accelerate the convergence procedure. according to yoon and jameson ' s ideas, an efficient implicit lu - sgs algorithm is carefully constructed by combing the advantages of lu factorization and symmetric - gauss - seidel technique in such a way to make use the l and u operators scalar diagonal matrices, thus the numeric algorithm requires only scalar inversion. the computational efficiency is greatly improved with this scheme

    顯式方法具有簡單，消耗內存小等優點，並採用當地時間步長、變系數隱式殘值光順等加速收斂措施，在定常流動的模擬中得到了廣泛的應用;根據yoon和jameson提出的簡化正、負矩陣分裂，構造的l 、 u運算元只需進行標量對角陣求逆，極大提高了流場數值求解過程的計算效率;採用newton類型的偽時間子迭代技術使時間推進精度提高至二階。
  12. This method can maintain the superiority of traditional wavelet transform to effectively remove temporal redundancy. in addition, owing to the feather of the integer form of wavelet lifting scheme, the computational complexity and memory requirement are reduced, which can enhance the performance of the wavelet video coding system

    該方法能夠保持傳統小波變換的優勢，高效的去除時域冗餘信息，同時通過提升小波的整型變換能夠快速實現的特點，降低了計算復雜度，減小了內存需求，提高了小波視頻編碼器的性能。
  13. While the real applications usually need to solve the scattering problem form very large - scale target, even the recent computer can hardly satisfy the huge memory requirement and the enormous computational requirement

    然而工程中又常常需要我們求解電大甚至超電大目標的散射問題，當前的計算條件難以滿足工程需要。
  14. First, the node - level distance test is used to reduce memory requirement and computational power on intermediate nodes

    然而，關于網路資源的使用效率卻較少被考慮。
  15. The conventional ways has low efficiency, which result in the application of overlap grid in moving - grid problem, which need re - disposes the interpolating connection in every step in time direction, is very difficult considering the computational efficiency. aim at the above problem in application of overlap grid, this paper using an new manner rooting in analysissitus to put forward a “ method of distinguishing points of intersection ” and develop corresponding computational soft, which could realize the automatic and shape - independent pre - disposal process for overlap grid. to deal with the problem of low efficiency for pre - disposal process in moving - grid, this paper bring forward the “ mosaic ” method and adt method which based on the huge memory of modern computer

    對于重疊網格在動網格應用中的計算效率問題，本文通過進一步研究插值信息的高速查詢方法，提出不同於傳統演算法思路，以現代計算機大內存為基礎，用計算機物理內存空間換計算時間的」 mosaic 」方法以及應用基於二叉樹數據結構的adt （ alternatingdigitaltree ）方法兩類方法，成功的將原處理時間提高了兩個數量級? ?即將網格規模在百萬量級的重疊網格預處理時間從傳統方法的耗時30 60分鐘提高到幾十秒鐘，從而成功解決了這一問題。
  16. The experimental results indicate that, in addition to guarantee the coding performance, this method may especially improve the compression effect on the video sequence with high motion. meanwhile, it can greatly reduce computational complexity and memory requirement

    實驗結果表明，該方法在保證視頻序列編碼性能的同時，尤其可以提高對運動劇烈視頻序列的壓縮效果，同時還能大大降低計算量和存儲空間。
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