wavelet-transformation

CAMC与PID并行控制的仿真.采用SIMULINK仿真实现CAMC和PID的并行控制(CAMC in parallel with the PID control simulation. SIMULINK Simulation using parallel CAMC and PID control)

MATLAB is being accepted by the majority of users, the interconnection line to the explosive speed is cited, the following is relevant information

一份用matlab7.0编写的mc算例，希望有大的帮助(Prepared using a matlab7.0 example mc, I hope there is a big help)

MATLAB连续潮流程序（9节点） （百度百科）连续潮流需要注意的问题： 1 连续潮流中两个重要的问题是：连续参数的选择和步长的确定。参数选取不正确或是步长不合理都会导致潮流不收敛。 2 连续潮流所求出的负荷裕度是针对特定网络状态和特定的负荷增长方式而言的。当增长方式改变或是网络结构或是参数发生改变后，连续潮流求出的负荷裕度是会改变的。 3 至今为止，出现了基于负荷增长的连续潮流、基于网络断线故障的连续潮流等。 (MATLAB continuous flow program (9 nodes) (Baidu Encyclopedia) continuous flow problems that need attention: A continuous trend in two important questions are: selection and step continuous parameter determining long. Parameter selection is incorrect or unreasonable step will not lead to the convergence trend. 2 continuous load margin is determined by the trend for a particular network status and specific in terms of load growth. When changing the growth mode or network structure or parameters are changed, the load margin is calculated continuous trend will change. 3 So far, there has been a continuous trend based on load growth, based on network fault and continuous flow and so on.)

说明：  解决基追踪降噪(Basis Pursuit De-Noising, BPDN)问题(Solve the problem of base pursuit de noising (bpdn))

DDS的matlab环境下function函数(The DDS function function in Matlab environment)

关于simulink的一些仿真实例，对初学者有所帮助！(It is a document of PDF about examples of Simulink simulation , to help beginners!)

魔方还原程序,主函数为Cube,采用CFOP，还原步骤为88步左右，底面十字未优化；采用留个3*3矩阵，前面为froo（数字3），后面为baa（数字-3），左面为leff（数字-2），右面为rigg（数字2），上面为upp（数字0），下面为doo（数字1），(Cube restore process, the main function of Cube, using CFOP, the reduction step is 88 steps or so, the bottom cross unoptimized adopt leave a 3* 3 matrix, in front of froo (figure 3), followed by the baa (figure-3), left the leff (digital-2), the right of rigg (figure 2), at the upp (number 0), following the doo (figure 1),)

Reliability Assessment With Dc Load Flow

说明：  切比雪夫滤波器，切比雪夫I型滤波器设计，双通切比雪夫滤波(Chebyshev filter,Design of Chebyshev I filter, double pass Chebyshev filter)