exp1

example 01a simple tx example

说明：  本代码运用自适应动态规划理论，结合BP神经网络，设计实现多智能体系统的一致控制。其中的控制率是由HDP框架的BP神经网络基于智能体的实时状态数据自适应产生的。(leader-following consensus by adaptive dynamic programming)

用Prim算法求最小生成树-Prim used for the minimum spanning tree algorithm

子类方法不可比父类方法抛出更多的例外。子类抛出的例外或者与父类抛出的例外一致，或者是父类抛出例外的子类型。或者子类型不抛出例外。(Class methods are not comparable to the parent class method throws more exceptions. The subclass thrown exception or thrown with the parent class exceptions, or the parent class throw exception sub type. Do not throw exceptions or sub type. )

ACPLT/KS是用来为进程控制和进程控制工程而发展的一种开放式并且自由的通讯系统，是一种持续发展的成果.ACPLT/KS在异构的操作系统环境中提供非常简单的访问，不仅可以访问数据和参数，也包括归档连续时间和信息日志。另外（也非常重要）它也允许客户应用程序动态地获取数据信息，也就是，关于信息的信息，象数据进程，参量和档案之间的关系. 本程序是连接SCADA和DCS用的，使用GCC编译-ACPLT/KS is used for process control and process control engineering and the development of an open and free communications system, is an outcome of sustainable development .ACPLT/KS in heterogeneous operating system environment provides a very simple visit can not only access the data and parameters, including continuous-time and archived information log. In addition (very important) It also allows customers access to dynamic application data, that is, with regard to information information, such as data process, parameters and the relationship between files. This procedure is used to connect SCADA and DCS, and the use of GCC compiler

gps and phone

BP神经网络的非线性系统建模——非线性函数拟合-源程序(Nonlinear System Modeling of BP Neural Network,Nonlinear Function Fitting)

A win8Metro style customized dialog box, blue and white customized dialog box, you can learn about the customized control, this site has shared other win8 style control before, you can click on the win8 style classification can see, friends in need can download and study for themselves.

说明：  基于滑模方法，针对分数阶混沌系统，设计了滑模面与控制器，实现了驱动系统和响应系统完全同步(Based on the sliding mode method, the sliding mode surface and the controller are designed for the fractional order chaotic system, and the drive system and the response system are fully synchronized)

交叉谱分析 计算时间序列的滞后性 能广泛的应用于气象等科研领域(Spectrum analysis)