基于粒子群优化算法的模糊c聚类源码

matlab层次分析及例题讲解，本文档详细讲述了层次分析法的概念内涵以及应用(Matlab level analysis and examples to explain the document in detail about the connotation of the concept of the Analytic Hierarchy Process and Application)

MAP最大后验估计，用于图像去噪方面尤其是MR图像低噪声水平时(it was demonstrated that the MAP estimator provides less biased estimation of OCT signal amplitude and intensity. It also provides higher contrast images at the vitreous and choroid than standard signal intensity averaging and can enhance the clinical utility of OCT. The quantitative estimation of MAP can be used as preprocessing for further analysis of OCT. In particular, OCT intensity images obtained by MAP estimation can enhance the ability of other quantitative signal evaluation methods, such as attenuation coefficient imaging. This will finally enable more accurate diagnosis of pathologies.)

Performs Short Time Fourier Transform

计算电磁学中的矩量法，可用来求解开域问题，如电磁场的散射，天线的发射月接收问题(The calculation method of moments in electromagnetics, can be used to solve the open domain problems, such as electromagnetic scattering, launch month antenna reception problems)

MatLab code engset for calculing of the code example

针对智能车路径规划的问题，采用人工势场法进行智能车的路径规划，进而为智能车提供一条安全无碰的较优路径。本程序基于源程序进行了改动，松弛了迭代终止条件，避免智能车绕过目标无限探测下去。(Smart car for path planning problem, the use of artificial potential field of intelligent vehicle route planning, thereby providing a safe path for the optimum touch smart car. The program is based on the source code made changes, relaxation iteration termination conditions, avoid detection infinitely intelligent car rounded the target down.)

采用MUSIC算法进行无线电波角度估计，适用于均匀圆形天线阵列。(MUSIC DOA estimate，based on UCA antenna array)

matlab下褶积的各个程序，简单易懂，实用性强。(all the decon codes in matlab,which is easy to read and suitable for many situations. )

EKF(扩展卡尔曼滤波)和UKF（无迹卡尔曼滤波）对比 RMSE曲线对比(Contrast curve comparison RMSE (unscented Kalman filter) EKF (extended Kalman filter) and UKF)

C语言和matlab语言混编的 3GPP里的LTE信道模型SCME，压缩包内含代码和说明文档(C and MATLAB implementation of the 3GPP Spatial Channel Model Extended (SCME))