配置方法

300 can be utilized by intercepting network devices such as those shown in configurations 100 and 200, discussed above.

方法300可由诸如以上讨论的配置100和200中所示那些的网络设备等截取网络设备来利用。

A method of reconfiguring an internet protocol address during handover by a mobile station is disclosed.

公开了一种在移动站越区切换期间重新配置因特网协议地址的方法。

Firstly, the strict-feedback nonlinear systems with unknown virtual control coefficients bi have been studied and the problem of its inverse optimality has been solved, that isThe new solvable theorem of inverse optimal gain assignment problem has been proposed through the method of modular design for the original system.

本论文的内容安排如下：第一部分把上述严格反馈系统进一步推广为具有未知虚拟控制系数bi的严格反馈系非线性统并研究其逆最优问题，即第二部分对于推广之前的系统利用模块设计方法提出新的逆最优增益配置定理。

In our thesis, contents are organized as following In Chapter 1 we present our topic's internal and overseas research situations, theoretical and practical significance, and introduce the research object and contents, and the main contributions of this dissertation. Chapter 2 reviews the development of the stability results for nonlinear systems and some relevant recent results, which include Lyapunov and LaSalle-Yoshizawa theorems for nonlinear systems, and stochastic edition for stochastic nonlinear systems. Sontag's formula for systems affine in control is presented in the frame of CLF. The concepts of disturbance attenuation and the inverse optimality are also explained in this Chapter. In chapter 3 we present the solvable theorem of inverse optimal gain assignment problem, design the inverse optimal controller and the inverse optimal tracking controller for strict-feedback nonlinear continuous systems with unknown time-varing bounded disturbances and constant unknown parameters using an adaptive backstepping algorithm, which are nonlinear, continuous and are easier to realize. These designs are fully systematic and the algorithm can be directly coded in symbolic software. The results of simulation show the effectiveness of the control algorithms.

论文的结构如下：在第1章中，给出了本文研究课题的研究现状、理论意义和实际应用，并介绍了本文的研究对象、研究内容以及主要贡献；在第2章中，针对确定性非线性系统和随机非线性系统，分别介绍了Lyapunov定理、LaSalle-Yoshizawa定理及其随机版本；对仿射系统，在控制Lyapunov函数框架下，给出了Sontag公式；同时给出了非线性系统扰动抑制和逆最优控制问题的基本概念；在第3章中，针对具有未知时变有界扰动和未知定常参数的一类不确定非线性系统，给出并证明了逆最优增益配置可解定理，使用自适应Backstepping算法和均值定理，系统地设计了自适应逆最优控制器和逆最优跟踪器，这种设计方法可同时获得逆最优控制策略和自适应律，简单明了，仿真结果表明该控制算法的有效性，并给出了性能估计。

this paper apply design patterns and principals "open closed principle","dependence inversion principle", and "liskov substitution principle" to construct a system framework which support all sorts of databases, and supply a method for exchanging different database systems by configuring parameters.

本文应用"开－闭原则"、"依赖倒转"、"里氏代换"等设计模式和原则，构造了便于扩充数据库类型的系统架构，给出了通过配置参数转换数据库类型的方法。

Third,a semi-numerical method that uses finite difference for time toreplace Laplace transform for time is presented.

第三，提出了分布参数系统的半数值解析方法，通过对时间导数项用配置法进行差分离散，避免了Laplace变换。

These methods pass spot test, photograph below fixed rate namely add outfit lens hood like the head and configure illuminant with perpendicular film at ground angle, achieve use requirement basically, test and verify the accuracy of image processing process and real time sex.

这些方法经过现场实验，即在一定速度下摄像头加装遮光罩并配置光源以垂直于地面角度拍摄，基本达到使用要求，验证了图像处理过程的准确性和实时性。

Fuxin city is translating ecology model of development because its resources was exhausted. And now Fuxin city is developing ecological agriculture so the paper try to plan regional location by lineament and optimize distribution of area resources.

阜新是资源枯竭转型城市，目前，正在大力发展现代农业—生态农业，根据这个地区自然状况、地理环境等因素，构建农业区域生态系统并运用线形规划的方法优化生态农业资源区域配置。

Each method creates and configures the corresponding mailslot object.

每个方法创建并配置相应的邮筒对象。

According to user requirements, authors disassemble the whole function, confirm the functional view, then in accordance with the sub-functional factors physical mechanism in functional view, we the manufacturable physical entity combining with group technology and based-on case reasoning to complete the conceptual and physical design of product.

依据用户需求所确定的产品总体功能，对总体功能进行分解，确定产品的功能视图，再根据功能视图中各个分功能要素的物理机制，配置物理制造实体，结合成组技术和基于实例的推理方法，完成产品的概念设计和物理设计。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。