资源列表
news
- 通过matlab获取财经网站的新闻信息，滤去了网站的广告，里面有四个网站，涵盖网站中所有资讯，可以直接在命令窗口看到新闻资讯。-By matlab to obtain financial website news information, filter went to the website of advertisement, there are four sites, covering all information on the website, you can directly see n
DESIIR
- 利用双线性Z变换设计巴特沃斯和切比雪夫I型IIR数字滤波器，包括低通、高通、带通、带阻四种形式。使用者只需指定通带、阻带的边缘实际频率及相应的衰减，便可输出数字滤波器 的级联形式的各子系统分子、分母的系数，并输出其幅频和相频响-Bilinear Z transform design Butterworth and Chebyshev Type I IIR digital filters, including low pass, high pass, band pass, band stop fo
dlta-workspace
- 在虚拟仿真环境下进行了几种不同规格零件的抓取试验。在ADAMS中进行仿真试验设置，创建传感器及仿真脚本命令，对两种规格零件进行了抓取试验分析，进一步验证结构设计的正确性及合理性。-the capture of several parts with different specification test was carried out in a virtual simulation environment. To further verify the correctness and the re
MATLAB
- matlab基础编程的例子，尤其适合初学者,-Examples of basic programming for beginners
Scramble_intel
- Inspired with scramble game in android, a algorithm for searching dictionary words based on the traversing of 4x4 word matrix. taking long time to run but a novice idea.
matlab
- it is a project of socket programming in linux . it was witten in c language . it has two parts client and server . clients can connect to server and use some services from server and server service client. client can be more than one but serv
bessel
- 文件中为几类贝塞尔函数，基于MATLAB编写-Bessel functions of several files, based on MATLAB prepared
interpft_quadric
- 对非同步采样数据进行二次插值同步化处理，进而进行谐波分析。-The asynchronized sample data can be synchronized by the qudric interpolation.
interpft_cubic
- 对非同步采样数据进行三次样条插值同步化处理，进而可进行谐波分析。-The asynchronous sample data can be synchronized by using the interpolation of cubic function
RBF_Poisson
- RBF方法求解泊松方程（二维）实例，选用RBF函数为MQ函数，采用配点法求解。-RBF method for solving two dimentional Poisson equation
RBF_Interp
- RBF方法对一维函数进行插值实例，选用的函数为MQ函数，可与高阶多项式插值对比，说明RBF方法克服了龙格振荡问题。-RBF method for one dimentional function interpolation, where the Runge oscillation is disappear.
RBF_DE
- RBF配点求解微分方程是一类新方法，程序给出了RBF（采用的径向基函数是MQ函数）求解一维微分方程实例。-RBF (Multi-quadric function) method to solve the one dimentional differential equation.