matlab

优于Kalman滤波的粒子滤波在目标跟踪中的应用，幻灯片(Kalman filtering is superior to the particle filter in the target tracking application, slide)

说明：  基于MATLAB环境下的HMT隐马尔克夫树模型参数训练代码母函数(Based on the MATLAB environment HMT parameters hidden Markov tree model training code generating function)

说明：  matlab环境下 实现的3类分类的KNN算法(KNN algorithm to classify three classes developed by matlab)

MATLAB数值分析与应算习题代码4 5节，用于学习交流，不可用商业用途。(MATLAB Numerical Analysis and Problem code 45 should be considered section for learning exchanges, can not be used for commercial purposes.)

说明：  换句话说,信号可能仍然是 探测到,但以较低的质量。这是通常所说 对软失败。幸运的是,新的传输的多样性 方案提供了相同软失败。对(one of the receive chains fail, and the other receive chain is operational, then the performance loss is on the order of the diversity gain. In other words, the signal may still be detected, but with inferior quality. This is commonly referred to as soft failure. Fortunately, the new transmit diversity scheme provides the same soft failure. To)

mazen.o.hasna的五篇关于无线中继的文章 比较适合刚接触无线中继的学生 其中还有自己做的matlab仿真程序 只能做出大部分 小部分还是有问题 (mazen.o.hasna of five articles on wireless repeater is suitable for students who are new to wireless relay which also do their own matlab simulation program can only make the most of the small part of the problem is still there)

IEEE14节点系统参数的matlab程序，可以用于计算14节点系统潮流。(IEEE14 node system parameters matlab procedures can be used to calculate the 14-node system trends.)

信号的FFT变换、经典功率谱分析和现代功率谱分析，周期图法、尤利沃克方法、burg方法、协方差和改进协方差方法(Signal FFT transform, the classic power spectrum analysis and modern power spectrum analysis and periodogram method, method of Julius walker, burg, covariance and the covariance improvement method)

通过matlab代码，关于神经网络控制，IMC-PID是利用内模控制原理来对PID参数进行计算。( By matlab code, On neural network control, The IMC- PID is using the internal model control principle for PID parameters is calculated.)

说明：  1） 这是一个基于MATLAB的FMCW射频雷达模拟器。 2） 它产生FMCW雷达，用于近距离的手波啁啾电平信号数据。 3） 你可以尝试在这个模拟器上开发你的雷达数据处理算法。 4） 作为一个查伦奇，你能开发你的算法来检测手写方向：左或右。 5） 在matlab中运行main.m开始尝试。(1) This is a MATLAB based FMCW RF Radar Simulator. 2) It generates FMCW radar for close handwave chirp level signal data. 3) Your can try develop your radar data processing algorithm base on this simulator. 4) As a charllenge, can you develope your algorithm to detect the handwave directions: LEFT or RIGHT. 5) Run main.m in matlab to start trying out.)