节点分析法是求解线性网络的一种重要手段。
The node analysis is an important method to study linear networks.
文章介绍一个用节点分析法计算正弦交流电路的程序。
A program based on the node analysis method which can be used to compute Sine AC-Circuit is described.
节点分析法是学习分析线性时不变网络以及进行计算机辅助网络分析的基本方法之一。
Nodal analysis is a fundamental method which is used to analyze the linear time-invariant network and it is also used in computer-aided circuit analysis.
关于节点分析法中理想电压源的附注同样可以应用到回路分析法中出现理想电流源的情况。
The same remarks for the ideal voltage source in nodal analysis apply to ideal current sources in loop analysis.
论文分析了含受控源电路的等效变换，给出了应用节点分析法处理受控源电路的解题方法。
This paper analyses the equivalent change of controlled source in circuits and gives an method for handling con-trolled source networks in node analyses.
在应用人工神经网络时，采用基于相关分析法的节点删除法来优化网络结构提高网络性能。
During the use of the artificial neural network some nodes were deleted to optimize the network based on the correlation analytical theory.
本文提出了结构分析的一种新方法——节点矩阵分析法。
This paper gives a new method of structure analysis, called joint matrix method.
采用桩土分析法，计算分析在一个荷载周期内，弹性路基内各研究节点的位移、竖向应力、桩土应力比的瞬态响应。
Then, transient response of vertical displacement, vertical stress and pile-soil stress ratio of some nodes in the elastic subgrade are computed in one single load cycle.
本文讨论负反馈放大电路的一种分析方法——节点导纳矩阵分析法。
This paper gives the discussion on a kind of analysis method, Node Admittance Matrix method, for negative feedback amplifying circuits.
提出了一种能有效地解决有容差情况下最佳测试节点选取问题的新方法——混叠集分析法。
With the proposed method, the problem of selecting optimal test nodes to the case of existing tolerance can be solved effectively.
并采用主成分分析法简化神经网络结构，将网络的输入节点数从60维降低到3维。
The PCA reduced the network's input nodes from 60 to 3 to simplify the neural network's structure.
并采用主成分分析法简化神经网络结构，将网络的输入节点数从60维降低到3维。
The PCA reduced the network's input nodes from 60 to 3 to simplify the neural network's structure.
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