linearSearchEngine

最小二乘法推广为一种自适应算法，这种自适应的算法称为RLS算法。(The promotion of the least square method for an adaptive algorithm, such as the RLS algorithm for adaptive algorithms.)

dynamic voltage restorer with 11 level diode clamp inverter

关于常规脉冲多普勒地地面雷达的杂波建模与仿真 (Conventional pulsed wave Doppler to the ground radar clutter modeling and simulation)

Description 0.61 DUTY CYCLE 100KHZ FREQ Required Products SimPowerSystems MATLAB release MATLAB 6.5 (R13) Other requirements 0.61 DUTY CYCLE 100KHZ FREQ

自己用Simulink做的mc_cdma链路仿真，运行结果还不错，有需要的可以参考一下(Their own to do with the mc_cdma link Simulink simulation, the results also is true that there is a need to look at the can)

把MATLAB与VB相结合使用,该文章详细介绍了思路和方法.(The combination of MATLAB with the use of VB, the article detailed the ideas and methods.)

用贪心方法计算TSP路径，用的是matlab(TSP path with the greedy method, using matlab)

將任意二維圖像轉成二維全息圖，相當快速，程式會自己判斷圖形大小且可模擬結果(Arbitrary two-dimensional image into a hologram, relatively fast)

DistMesh giving a singular FEM matrix?(Hi Anyone here with some experience of using DistMesh in finite element code? I m solving the scalar Helmoltz equation in an annular region in 2D: rho_1 < rho < rho_2 where rho_1 is the radius of a Perfect Electric Conducting cylinder and rho_2 is where the mesh is truncated using an Absorbing Boundary condition. Now, I ve written code to mesh the region myself (by dividing the region into annular rings and picking a fixed number of points on each ring) and I ve written another program which uses DistMesh to mesh the region. I get a nice solution using my own meshing code but the FEM matrix becomes singular when I use DistMesh. This is the DistMesh Code I used: Circle with hole rABC=1.5 rCyl=0.5 fdstring=sprintf( ddiff(dcircle(p,0,0, f),dcircle(p,0,0, f)) ,rABC,rCyl) fd=inline(fdstring, p ) box=[-2,-2 2,2] [p,N]=distmesh2d(fd,@huniform,0.04,box,[]) I tried changing box and the 0.04 value (initial edge length). But every time, the matrix becomes sin)

一本介绍matlab 图像处理编程的书，从入门到精通，内容详细。(1 Introduction spss10.0 programming book, from entry to the master and detailed.)