SAW_correlator_no_temp_diff

说明：  matlab统计分析工具箱里面没有频数统计函数，有些情况下频数统计可以很直观地显现统计规律。(statistical analysis toolbox matlab There are no statistics on the frequency function, in some cases frequency statistics can be intuitively apparent statistical regularity.)

模糊PID—模糊控制程序。适合刚入门的模糊控制学习的同学们，方便理解！(Fuzzy PID-fuzzy control procedures. Fuzzy Control for just getting started learning of the students, to facilitate understanding!)

读取微波辐射计数据，并将微波辐射计相对湿度转化为水汽混合比(Reading the microwave radiometer data and translating relative humidity data to water vapor mixing ratio)

有关分布估计算法的一篇论文，在强化学习上提出了一些理论，对于分布估计算法的性能有一定的提升(Paper on estimation of distribution algorithms in reinforcement learning theory, certain to enhance performance for estimation of distribution algorithms)

二维卡尔曼滤波，在X—Y平面上画出滤波后的值以及理想情况下的图像，通过比对，深入研究卡尔曼滤波的性质和意义(Second Kalman filter, the X-Y plane value and image ideally draw filtered through comparison, in-depth study of the nature and significance of the Kalman filter)

adaboost：经典的分类算法，配有相应的论文及程序使用说明(adaboost: classical classification algorithms, with the corresponding papers and procedures for use)

基于matlab的OFDM仿真程序； 我再论坛找了很多OFDM的代码和文章,但总有遗患,为什么呢原因是大部分只有简单的映射,IDFTDFT变换等等,但主要的同步和信道估计去没有人提出来,甚至做出来.. 现在我终于找到了一份,它以FUNCTION的形式,再现了OFDM映射,IDFTDFT,同步(时间频率同步)和信道估计,以及频率偏移的估计等一系列代码.(Based on the OFDM matlab simulation program I' ll find a lot of forums and articles OFDM code, but there are left suffering, why because most only simple mapping, IDFTDFT transformation, etc., but the main synchronization and channel estimation to no one proposed, and even do it .. and now I finally found a copy of it in the form FUNCTION, Reproduction of OFDM mapping, IDFTDFT, synchronous (time and frequency synchronization) and channel estimation, and the estimated frequency offset a series of code.)

本程序是用simulink搭建的扩频通信系统，里面包含捕获和跟踪环节(This procedure is a spread spectrum communication system with Simulink structure, which contains the acquisition and tracking links)

matlab下6自由度机械爪的仿真，能够实现三维的仿真(Under the 6-DOF mechanical claw matlab simulation of three-dimensional simulation can be achieved)

信标节点位于等边三角形顶点的仿真Simulation1(The Simulation Simulation1 beacon node is located in an equilateral triangle vertices)