p_music

number plat extraction code

对几何相似的图像进行相似部分的提取 从而进行分割提取(Similar to the geometry similar to some of the extracted image segmentation to extract)

compressive sensing theory

求单源最短路径的Dijkstra算法的Matlab程序 求Euler回路的Fleury算法的Matlab程序 求最小生成树的Prim算法的Matlab程序 求Huffman树的Matlab程序 最大流算法Matlab程序 求任意两点间最短路的Floyd算法的Matlab程序 (Seeking single-source shortest path Dijkstra algorithm Matlab program Euler circuit Fleury seeking algorithm Matlab program Seeking Prim minimum spanning tree algorithm Matlab program Matlab program seeking Huffman tree The maximum flow algorithm Matlab program Seeking the shortest path between any two points of the Floyd algorithm Matlab program )

实现了二维结构的拓扑优化设计，并且对程序的每一步进行了详细的解释和说明，对于拓扑优化的初学者来说，很有帮助(The topology optimization design of two-dimensional structure is realized, and every step of the program is explained and explained in detail, which is very helpful for beginners of topology optimization.)

硕士论文三个点中的一个，其他两个点，今后有机会再上传(three master's thesis of a point, the other two points that in the future will have the opportunity to upload)

说明：  1.用差分法求解电容器x轴上的电位分布和原点O点的电位值。（不考虑电容的电磁效应） 2.通过MATLAB仿真实现八木天线的工作原理，获得八木天线的输入阻抗、天线增益、E面方向图和H面方向图。(1.The difference method is used to solve the potential distribution on the x-axis of the capacitor and the potential value at the point O. (without considering the electromagnetic effect of capacitors) 2.The working principle of Yagi antenna is simulated by MATLAB. The input impedance, antenna gain, E-plane pattern and H-plane pattern of Yagi antenna are obtained.)

说明：  hslogic算法仿真，基于matlab的H无穷控制器的设计。可以获得较好的控制效果(Hslogic algorithm simulation, the design of H infinite controller based on MATLAB. Good control effect can be obtained)

Audio Input test bench for matlab

Designs a linear phase FIR lowpass filter such that it: - minimizes the filter order - has a constraint on the maximum passband ripple - has a constraint on the maximum stopband attenuation (This is a quasiconvex problem and can be solved using a bisection. minimize filter order n s.t. 1/delta <= H(w) <= delta for w in the passband |H(w)| <= atten_level for w in the stopband where H is the frequency response function and variable is the filter impulse response h (and its order/length). Data is delta (max passband ripple) and atten_level (max stopband attenuation level). )