time-Series-judge

主要描述了matlab中拟合与插值的方法，用插值法来应对实验数据不足的情况。(the code is mainly about the interpolation and fitting.If you don t have enough interpolation, you can use it.)

Neural network simple example

这是一个基于卡尔曼滤波的GPS跟踪微弱信号的文章！(This is a Kalman filter-based weak signal tracking GPS article!)

传统均衡器无法有效地同时对抗这两种信道衰落，而Turbo均衡技术作为一种联合信道均衡和信道译码的方法，能有效地对抗符号间干扰（ISI），提供迭代增益，提高接收机的整体性能。因此，本文根据下一代无线通信系统的设计要求，分别对单载波和OFDM系统的Turbo均衡算法进行了研究。 (Conventional equalizer can not effectively fight both at the same time fading, while the Turbo equalization as a joint channel equalization and channel decoding method is robust against inter-symbol interference (ISI), provides iteration gain, improved receiver overall performance. Therefore, this next-generation wireless communication system according to the design requirements, namely, the single carrier and OFDM systems Turbo equalization algorithm is studied.)

说明：  OFDM,里面的源程序经过调试可以使用，大家参考参考(OFDM, which can debug the source code through the use of your information)

this is a wind power generation with MPPT

实现正弦波生成的matlab程序，基于矩阵公式推导，可以延伸变化(Sine wave generated by the realization of matlab program, based on the matrix formula is derived, the changes can be extended)

一种实现自适应波束形成算法,可用来进行阵列天线的DOA估计，并实现对干扰信号滤除(An implementation of adaptive beamforming algorithms can be used to estimate DOA array antenna and filter out interfering signals to achieve)

在matlab环境下对图像进行高通滤波和低通滤波处理。(The high-pass filter and low-pass filtering image processing in Matlab environment.)

相关分析过程的matlab方法，部分实现了追踪测速迭代松弛算法，一些自适应信号处理的算法，搭建OFDM通信系统的框架，用MATLAB实现动态聚类或迭代自组织数据分析，合成孔径雷达（SAR)目标成像仿真，包括 MUSIC算法，ESPRIT算法 ROOT-MUSIC算法。( Correlation analysis process matlab method, Partially achieved tracking speed iterative relaxation algorithm, Some adaptive signal processing algorithms, Build a framework OFDM communication system, Using MATLAB dynamic clustering or iterative self-organizing data analysis, Synthetic Aperture Radar (SAR) imaging simulation target, Including the MUSIC algorithm, ESPRIT algorithm ROOT-MUSIC algorithm.)