根据哈密尔顿系统理论，深入研究了系统特征方程的闭环极点和加权矩阵的关系，给出了希望加权矩阵的确定方法。
Based on the Hamiltonian system's theory, the relationship between closed-loop poles of system characteristic equation and weighting matrices was thoroughly investigated.
基于李亚普诺夫方程的状态反馈增益算法是极点配置算法中比较常见的一种。
Lyapunov Equation based algorithm for calculating state feedback gain is a comparatively normal algorithm used in pole assignment.
利用热弹体运动方程和热传导方程耦合问题的变换域解，求解其极点留数的解析表达式。
For the transformed solution of the thermoelastic and heat conduction equations coupled problem, the analytical representation of the pole residues is obtained.
通过适当的变换，将同时极点配置问题归结为一系列线性方程组的求解问题。
Through suitable transformations, the solution of the simultaneous pole assignment problem is resort to the solution of a number of linear equations.
它们的形式和通常所用的极点配置方程形式不同。
The pole collocation equations (Eqs 10 and ll) of a bi-input-multi-output system are derived in a different form from the general.
采用核子的磁力相互作用拟合出核键方程，与磁极点作用能公式无矛盾。
A nuclear bond equation obtained by regression of the magnetic interaction between nucleons coincides with the interaction between point magnets.
为保证方程有解，该算法要求系统的开环和闭环极点不能重合。
To ensure the existence of the solution, it is required that the close-loop poles not be coincident with the open-loop ones.
为保证方程有解，该算法要求系统的开环和闭环极点不能重合。
To ensure the existence of the solution, it is required that the close-loop poles not be coincident with the open-loop ones.
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