computing process造句
例句與造句
- Computed processing instruction constructors
計算處理指令構造函數 - Compute processing time
計算處理時間 - This significant reduction in compute processing time enables an increase in the number of scenarios run
顯著地降低計算處理時間可以增加運行場景的數量。 - The proposed algorithm aims at reducing the redundant sample points . in the whole computing process , i . .
通過與已有的經典算法進行比較，實驗結果表明該算法具有顯著的效果。 - This paper states design approach , computing process and result of microcavity organic light - emitting device ( moled )
論文論述了微腔有機發光器件( moled )的設計方法、計算過程和結果。 - It's difficult to find computing process in a sentence. 用computing process造句挺難的
- It ’ s very useful to denoise images which are polluted severely , but this models can ’ t provide clear expression , each coefficient needs a alternate compute process to get the final result
層間模型可以利用相鄰尺度間小波系數的依賴性,對于被噪聲污染很嚴重的圖像效果較為明顯。 - In addition , detailed thoughts and computing process of the model are presented . the analysis shows that multi - factor apt model can provide higher income and give investors reliable suggestion
分析表明：對于為充分分散化的投資組合定價，多因素套利定價理論能夠為投資者進行投資決策提供良好的建議，以獲得較高的收益。 - In details , the major contributions of this thesis are as the following : as , we know , distributed suboptimal method need complex compute processing and ca n ' t be used in the system containing more than 3 sensors
針對分布式次優融合方法迭代計算復雜、無法用于多于三個傳感器的系統的現狀，提出了消除相關估計方差的分布式算法。 - From the least complementary principle , the general expressions of deformable consistency equations are derived . for realizing the compute processes of the flexibility method , the matrices of internal forces and the coefficient matrices are presented
有了變形協調方程就可以進行內力計算了，為了用計算機實現力法的計算過程，給出了內力的矩陣表達式及系數矩陣的形成方法。 - Secondly , method of extension evaluation is innovatively applied to establish the evaluation model of the bottom risk factors , extension synthesis model and extension identification model of every level risk . at the same time , ahp is applied to portray the relative weight of the risks of every level and the computing process
隨后，創造性地運用可拓學中的可拓評判方法建立了底層風險因素的評判模型，以及各層風險的可拓綜合與可拓辯識模型，在模型的建立中運用層次分析法刻畫各層風險的相對權重以及計算過程。 - In the paper , the load incremental method is adopted . by the way of reducing the elastic model of the destructive blocks in the elements , the finite element analysis model is revised and the repeated computing process does n ' t finish until the results are converged . the proposed method can simulate the entire process of concrete structures from crack to complete damage
分析中采用載荷增量法，對各級載荷下單元中破壞的材料分塊進行彈模折減處理，并重新生成單元剛度矩陣，經過多次迭代直至計算收斂，從而可以給出各類cfrp加固混凝土結構的載荷?變形全過程曲線，并預測其極限承載力。 - For this reason , the following problems are researched emphatically : firstly , the long - term prediction method for calculating the extreme values of slamming pressure is founded . the effects of sea conditions , ship speeds , traveling directions , loading conditions on the results of long - term prediction are studied . on this basis , the computing process is simplified rationally , so as to this method can be used in practical engineering computations
為此，本文主要在下面幾個方面進行了探索：首先，建立了底板砰擊極值壓力的長期預報方法，通過分析海況、航速、航向角、裝載狀態等不同的影響，合理簡化了長期預報的計算過程。 - A new modeling method is applied to build the real - time mathematical model of the turbofan engine . in this model , the relations of the engine components " parameters can be expressed by analytical formula , which avoid the complex and time - consuming iterations in the components computing process
本文應用的發動機實時數學模型，提出了一種新的實時模型建模方法，該方法通過將發動機部件參數間的關系通過解析式表示，從而避免了部件計算過程中復雜而又耗時的迭代過程。 - Numerical result shows that the new method is more efficient in convergence than the standard lanczos algorithm ; the second algorithm generalizes the implicitly restarted arnoldi ( ira ) augmented by soreesen to the implicitly restarted lanczos algorithm , which improves the convergence rate of lanczos algorithm by making good use of the spectral information obtained from the previous process . the last algorithm utilizes deflation strategies to the second algorithm to forming invariant subspace for a , so that the stability can be kept in computing process
數值試驗表明，該算法比標準lanczos方法具有更好的收斂性；第二種算法是將求解特征值問題的隱式循環arnoldi方法( ira )應用于求解對稱不定線性方程組的lanczos算法，充分利用lanczos算法過程中的譜信息，確定預處理；第三種算法是在第二種算法的基礎上，運用收縮技巧，形成近似不變子空間，以提高收斂速度和數值穩定性。