搜索资源列表
MATLABIIR
- 这篇文章说明了如何在Matlab环境下利用FDA 工具包来进行IIR滤波器的设计
FDA
- Fisher线性判别分类器源代码，包括训练函数和测试函数。-Fisher Linear Discrimination (FLD) classifier source code, including training function and test function.
FDA
- 模式识别理论中FDA算法(Fisher判据分析)的推导-FDA-pattern recognition
tongjiguochengjianzhi
- ：在介绍过程监控主要内容及方法的基础上，归纳分析了统计过程监控的发展，详细阐述了传统 的PCA、PCR、PLS、FDA、HMM 和几种改进的PCA方法．指出，将人的经验和专家知识融人到PCA统计过程 监控，提高PCA的故障检测、隔离能力，完善故障诊断与评价能力，将是一个有价值的研究方向-: In the introduction the main content and methods of process monitoring based on the inductive analys
CMatrix
- 对称矩阵相关元算，主成分分析(PCA)， fisher discriminant analysis(FDA).，-Introduction ============ This is a class for symmetric matrix related computations. It can be used for symmetric matrix diagonalization and inversion. If given the covariance matrix,
fda.m
- fisher discriminant analysis 特征选取-fisher discriminant analysis
FDA-Matlab
- 基于Fisher准则线性分类器设计Matlab实现源代码-Source code linear classifier based on Fisher criterion design Matlab
KLFDA
- matlab论坛里找到的使用自己的数据进行实验，可用。KFDA里就是使用例程。里面是有5类数据。通过高斯核进行LDA分类。-by using the FDA with Gaussian kernel，to classify five different patterns。
IIR-FDA
- 这是在MATLAB环境下对IIR滤波器的GUI界面及动能的设计，输入自定义参数，可以显示滤波器的幅频响应。-This is the MATLAB environment GUI interface and kinetic energy IIR filter design, custom input parameters, you can display filter frequency response.
K-LDA
- KFDA是FDA进行首先投影到核空间，然后进行判别分析，核技巧提高了算法的可行性。-KFDA said the FDA is first projection in kernel space, and then the discriminant analysis, nuclear techniques to improve the feasibility of the algorithm.
FDA
- 通过MATLAB编程，将判别分析中引入模糊的概念，实现模糊判别分析算法(Through MATLAB programming, the fuzzy concept is introduced into the discriminant analysis, and the fuzzy discriminant analysis algorithm is realized.)
fda
- 在相控阵基础上，每个阵元增加一个小的频偏形成的频率分集阵列方向图(the pattern of frequency diverse array)
two_target_interference
- 距离角度联合无模糊估计的两目标识别功能的MATLAB仿真(MATLAB simulation of two-target recognition function without ambiguity estimation for joint range and angle)
four_target_interference
- 距离角度联合无模糊估计的四目标识别功能的MATLAB仿真(MATLAB simulation of four-target recognition function without ambiguity estimation for joint range and angle)
无模糊
- FDA-MIMO雷达距离角度联合无模糊估计的MATLAB仿真(MATLAB simulation of joint unambiguous estimation of range and angle for FDA-MIMO radar)
FDA波束形成程序
- FDA波束形成 多载频 频率间距 自适应 MVDR(FDA beamforming adaptive MVDR multi-frequency)