Microgrid-inverter-control

说明：  主要讨论了QPSK的调制解调原理，分析了它们的调制解调实现过程(Mainly discussed the QPSK modulation and demodulation principle, an analysis of their realization of the process of modulation and demodulation)

通过matlab语言实现Parzen窗估计法，实现结果良好，可供大家使用，互相学习。(Parzen window estimation method by Matlab language to achieve good results for everyone to use, learn from each other.)

非常强大的信号分解算法，NMD（非线性模态分解），比EMD分解效果更好！具有广阔应用前景！(Very powerful signal decomposition algorithm, NMD (nonlinear mode decomposition), better than the EMD! It has broad application prospects!)

插值matlab源程序,附使用说明,包括拉各朗日插值,牛顿插值,及示例(Interpolation matlab source, with the use of notes, including the pull of the Long Day interpolation, Newton interpolation, and examples)

变色龙算法(Chameleon)，在matlab中的实现(Chameleon algorithm (Chameleon), in the realization of matlab)

MATLAB code to recognise characters

对于matlab初学者一些很好的例子，里面有详细的求解过程和matlab代码可供复制编译。(Matlab beginners for some good examples, there are detailed solving process and compile matlab code for replication.)

实现删除对象delete_object（可以连续删除多个对象），实现获取一个对象get_object（多个对象），get_types，get_schema，post_object，get_workflow，set_workflow,其中get_discussion有问题（python脚本就没有成功过）。(Delete_object deleted objects (you can delete multiple objects) in a row, realize the access to an object get_object (multiple objects), get_types, get_schema, post_object, get_workflow, set_workflow, there get_discussion problem (python scripts no) have been successful. )

matlab的TCM编译码器的设计与实现，以及误码性能分析(PCM codec design matlab)

1.原始信号A，通过信道受噪声污染后的信号q，然后分别经过均衡器ZF（MMSE）得到信号U，可以画出U的分布图 2.分别应用LMS,SATO,CMA算法得到U。（其中包括最佳延迟、均方误差的计算）所有结果均以图像形式显示。(1. The original signal A, subject to noise pollution through the channel after the signal q, and then through the equalizer, respectively ZF (MMSE) receive the signal U, the distribution of U can draw Figure 2. Were applied LMS, SATO, CMA algorithm to be U. (Including the best delay, mean square error terms) all the results are displayed in graphic form.)