| 1. | These equations are written more concisely as a single columnmatrix equation .
这些方程以单列矩阵方程表示会更简单。 |
| 2. | it is convenient to stack the various｛p｝vectors side by side and to express all the analyses by a single matrix equation k｛u｝=｛p｝.
将各个P向量并排地列在一起，并用单个矩阵方程KUP来表示全部分析是方便的。 |
| 3. | Explicit solution to the discrete lyapunov - like matrix equation
矩阵方程的显式解 |
| 4. | On the maximal solution of the matrix equation
之最大解的性质及数值解法矩阵方程 |
| 5. | Bounds of the solution in delta domain lyapunov matrices equation
矩阵方程解的研究 |
| 6. | The minimum norm solutions of two classes of matrix equations
两类矩阵方程的极小范数解 |
| 7. | An iterative method of solving a nonlinear matrix equation
一个非线性矩阵方程的迭代解法 |
| 8. | On the perturbation issues of fuzzy matrix equations
矩阵方程的摄动问题 |
| 9. | Remark of solving process of fuzzy matrix equations
矩阵方程的注记 |
| 10. | The results show that the agreement are very good
这个方法的优点是减少了矩阵方程求解的规模。 |
