chap3_06_Narendra_MRAC_n1

求三阶传递函数的阶跃响应 其中对象采样时间为1ms。 采用专家PID设计控制器。在仿真过程中， 取0.001，程序中的五条规则与控制算法的五种情况相对应。 (Seeking third-order transfer function of the step response in which the object sampling time 1ms. PID controller is designed by experts. In the simulation process, taking 0.001, five rules and procedures in the control algorithm corresponding to the five conditions.)

此文件是matlab里典型的Berizer曲线的动态设计的源代码，可以方便实现该曲线的动态表达。(This file is in the typical Berizer matlab curve of the dynamic design of the source code, you can easily achieve the dynamic expression of the curve.)

解决多目标线性问题 解决多目标带约束条件的例子(To solve the multi-objective linear problem)

完整的图像处理课设，包含所有源代码，汽车图像，非常适合计算机视觉方面的研究使用,ldpc码的编解码实现。( Complete class-based image processing, contains all of the source code, auto image, Very suitable for the study using computer vision, Codec ldpc code implementatio.)

AVO PP摸模拟及分类程序，其中包括了模拟计算程序，分类数据等(AVO PP touch simulation and classification procedures, including the simulation calculation program, data classification etc.)

高本庆老师编写的时域有限差分法的学习教程，推荐(the high-prepared teachers FDTD method of study guides, recommended)

牛顿插值多项式，拉格朗日插值多项式，误差分析(Newton interpolation polynomial, Lagrange interpolation polynomial, the error analysis )

关联向量机，很好的工具箱，有用于分类和回归的例子(Relevance vector machine, a good toolbox, there are examples for classification and regression)

一个求解半正定规划的数值算法包，包括 C 语言实现的源代码和 MATLAB 的调用接口。这是目前项目发布的最新版本 6.1.0。(Copyright 1997-2010, Brian Borchers. This copy of CSDP is made available under the Common Public License. See LICENSE for the details of the CPL. CSDP is a software package for solving semidefinite programming problems. The algorithm is a predictor-corrector version of the primal-dual barrier method of Helmberg, Rendl, Vanderbei, and Wolkowicz. This file includes binary code for SDP for Windows. doc documentation. matlab MATLAB/Octave routines for interfacing to CSDP. bin The binary code. Contact/Support: If you are having trouble running the code, see the doc directory first. The project s website can be found at https://projects.coin-or.org/Csdp/ The project s maintainer can be reached by email at borchers@nmt.edu. Please email bug reports and feature requests. )

All-pole modeling using the Burg algorithm