| 1. | Rogers and hammerstein ' s musical south pacific '
罗杰斯和哈默斯坦的音乐喜剧南太平洋 |
| 2. | Correlation function parameter estimation method using hammerstein model
模型参数的相关函数估计方法 |
| 3. | Design and analysis of hammerstein nonlinear control systems with constraints
非线性控制系统的设计与分析 |
| 4. | All of the recent rodgers and hammerstein productions have been smash hits
罗杰斯和哈默斯坦最近制作的影片都非常卖座。 |
| 5. | The hammerstein model is introduced to describe that problem , and on this basis , an algorithm named " one - stage identification " is presented
采用hammerstein模型描述其动态非线性，并提出基于hammerstein模型的动态非线性一步辨识方法。 |
| 6. | The linear dynamic subsystem and nonlinear static subsystem of hammerstein model are obtained after the identification , thus the nonlinear dynamic system is affirmed
辨识后得到hammerstein模型的动态线性环节和静态非线性环节，确定了系统的动态非线性。 |
| 7. | In 2 . 2 , we give a series of sufficient conditions for the existence and uniqueness of fixed point of increasing operator with u0 - convexity or q ( > 1 ) - homogeneity
在2 . 3中，作为前两节抽象结果的应用，我们讨论了具有凹凸性的hammerstein积分方程正解的存在唯一性问题。 |
| 8. | Based on the " one - stage identification " , a " two - step compensation " method is put forward , which consists of a linear dynamic compensation subsystem and a nonlinear static correction subsystem
在一步辨识的基础上，进一步提出基于hammerstein模型的动态非线性两步补偿方法，包括动态线性补偿和静态非线性校正。 |
| 9. | And we provide a rule to set the parameter of the algorithm . a new method to solve hammerstein model using tabu search is also introduced . the conception of searching area is defined and the strategy of choosing neighboring points is given
本文提出了一种利用改进型禁忌搜索算法来解决hammerstein模型辨识问题的方法，定义了搜索域空间，给出了邻点确定策略，提出算法流程，并通过大量的仿真实验，得出针对hammerstein模型合适的禁忌列表长度，可能解列表长度，以及合适的被划分邻域的数目。 |
| 10. | Professor guo dajun has summarized in his work [ 7 ] . such several important tasks and theirs application of nonlinear functional analysis as typical nonlinear operators , hammerstein integral operations , ordinarily and partially differential equations . the cone theory , the positive solutions of nonlinear operator equations , the number and the branch of solutions , and so on . reference [ 1 ] includes all levels of results of the domain such as nonlinear functional analysis
郭大钧先生在专著[ 7 ]中对非线性泛函分析的几个重要课题及其应用，诸如典型的非线性算子、 hammerstein积分方程、常、偏微分方程、迁移方程、锥理论及非线性算子方程的正解、非线性算子拓扑度和不动点定理以及固有值、解的个数与分支，都做了系统的概括和总结 |
