编译通过的模拟数据分析处理的过程应用程序

：文章从满足C 17设计基本要求人手，阐述了避免严重失速的机理、操纵失效概率、所有发动机停车操 纵以及安全复飞要求。对综合飞行控制系统设计做了介绍。对满足上述要求的FCS特性做了描述。最后对早期的飞行试验结果作了分析。(: Articles from the design to meet the basic requirements of C 17 staff, described the mechanism to avoid serious stall, control failure probability, all the engines go around parking control and security requirements. The integrated flight control system design is introduced. FCS on the properties meet the above requirements was described. Finally, the early flight test results are analyzed.)

用ICA算法实现ECG信号盲源分离的小程序，(ICA algorithm to achieve the ECG signal blind source separation program)

应用背景信道估计的问题已经解决了通常与训练试验，发射器和接收器都知道训练序列。输入信号（试点）是通过高斯信道传输的，它被扭曲时，到达接收机。该接收器将使用扭曲和试点（复制）的信号来估计信道响应。 ；常规信号在时域但是，这里我们假定接收信号和导频（复制在接收机）转化为离散小波变换。因此，信道估计将在小波域，而不是时域；关键技术这个Matlab代码，我们模拟信道估计使用离散变换（DWT）与不同类型的过滤器：哈尔，DB2，DB3和DB4，过滤器。信道是高斯的，它表明，我们可以估计信道使用DWT。学习曲线（MSE）的情节有时间域，哈尔，和两级DWT db2-4。高斯信道的产生随机输入+ / - 1零均值和方差为1。在小波变换域信道估计的分析具有特殊的矩阵求逆的不同比时域结果表明MATLAB代码。

利用matlab GUI实现的串口编程例子，基于负熵最大的独立分量分析，分数阶傅里叶变换计算方面,多姿态，多角度，有不同光照,MIT人工智能实验室的目标识别的源码,信号维数的估计。

自己做的毕设，用matlab做的基于MDS-MAP和矩阵重复迭代优化的无线传感网节点定位仿真程序，在matlab中可以直接运行得到仿真结果，程序附有详细注解。(wireless sensor network MDS-MAP sensor localization simulation matrix optimal)

MATLAB数值分析与应算习题代码2 3节，用于学习交流，不可用商业用途。(MATLAB Numerical Analysis and Problem code 23 should be considered section for learning exchanges, can not be used for commercial purposes.)

基于语音增强程序的相关基本程序代码实用性强(speech enhancement based on the procedures related to the basic program code practicability)

Matlab Hankel变换源代码，可以直接当做MATLAB toolbox来使用( MATLAB toolbox ________________________________________________________ Hankel transform ________________________________________________________ ** Contents 1. Introduction 2. Requirements 3. Implementation details 4. References 5. Copyright 6. Warranty 7. History 8. Download 9. Trademarks ** Publisher Marcel Leutenegger marcel.leutenegger@epfl.ch EPFL STI IOA LOB BM 4.143 Tel: +41 21 693 77 19 Station 17 CH-1015 Lausanne 1. Introduction The Hankel transform of order n transforms rotationally symetric inputs in a computationally efficient manner. In particular, the Hankel transform of order 0 is equivalent to the two-dimensional Fourier transform of a rotationally symetric input. This package contains four implementations of the Hankel transform and the inverse Hankel transform, respectively. 2. Requirements ?MATLAB 6.0 or newer. 3. Implementation details The package ships fou)

cooperative spectrum sensing code

ADRC的仿真示例，自己加入输入再调整参数就可进行仿真了，系统是二阶系统的(ADRC simulation example, the input and then adjust the parameters can be simulated, the system is the two order system.)