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- Newton-PCG算法Newton-PCG algorithm
- PCG算法PCG Algorithm
- 預處理技術(shù)與PCG算法Preconditioning Technique and PCG Methods
- 并行PCG算法在電法勘探中的應用研究Research on Application of Parallel PCG Algorithm in Electrical Surveying
- PCG（心音圖）phonocardiogram(PCG)
- 基于單元級矩陣分解的EBE-PCG算法及其在網(wǎng)絡(luò )機群并行環(huán)境上的實(shí)現An EBE-PCG Parallel Algorithm with the Preconditioning Technique Based on the Matrix Cholesky Factorization at Element Level
- EBE-PCG并行計算EBE(element-by-element)-PCG(preconditioned conjugate gradients) parallel computation
- PCG-400火炬點(diǎn)火系統的應用Application of PCG-400 Torch Lighting System
- Bicuculline在A(yíng)cgI、AcgII、Pcg及F3(F4 )等區對P3a波具有顯著(zhù)不同的作用。There were different effects of Bicuculline on these brain areas, the P3a latency was markedly prolonged and/or amplitude was decreased following the infusion of Bicuculline with a dose? dependent manner in the Acg I,F 3(F 4),Pcg, and P3a might even disappear in Acg I area.
- 本文首次將EBE技術(shù)與PCG和BiCGSTAB迭代法結合起來(lái)，得到并行的EBE-PCG算法和EBE-BiCGSTAB算法，選取了基于EBE的預處理矩陣。For the first time in China the EBE-PCG andEBE-BiCTSTAB algorithIn have been got by combining EBE technology withPCG and BiCGSTAB, and precondition matrix on the basis of EBE has beenattained.
- 首先介紹了研究慣性約束核聚變(ICF)的意義和國際上脈沖壓縮光柵(PCG)的研究進(jìn)展。The main contents are as follows:Firstly, the significance of the research on the inertial confinement fusion (ICF) and the progress of the research on the pulse compression gratings (PCG) are presented.
- 算法設計algorithm design
- 算法設計與分析The Design and Analysis of Algorithm
- 控制算法control algorithm
- 聚類(lèi)算法clustering algorithm
- 啟發(fā)式算法heuristic algorithm
- 在此基礎上,通過(guò)時(shí)諧渦流場(chǎng)實(shí)例計算,比較了目前文獻中出現的各種預處理共軛梯度(PCG)算法,得出了分別適用于節點(diǎn)有限元與棱邊有限元離散方程組的最優(yōu)PCG算法。Based on above theoretical analysis, different kinds of PCG methods proposed in references at present are compared, and through numerical computation, the optimal PCG methods for solving finite element equations discreted by nodal elements and edge elements respectively is given in the computation of time harmonic eddy current field.
- 迭代算法iterative algorithm
- 最優(yōu)控制算法algorithm for optimal control
- 漸縮算法knapsack algorithm
