5.-OCR

the speed control method of induction motor

分析了影响多雷达组网对目标跟踪精度的因素以及与单雷达的差异,提出了定义雷达网目 标定位精度,以及评估多雷达组网后在目标定位精度方面带来增益的方法。推导了雷达网对目标定 位精度和相应评估指标的估计公式。该文方法不要大量的计算机仿真就可以方便地评估2-D、3- D以及混合雷达网的目标定位精度和效能。通过应用实例说明了该文方法的优点和有效性。 (The factors that affect the location accuracy of target tracked by multi-radar are analyzed.The method to define target location accuracy and the metrics to evaluate the accuracy improvement efficiency of a radar net- work are presented.The analytical expressions are developed to estimate the target location accuracy and the effi- ciency metricsof a radar network.The presented method is convenient to evaluate the target location accuracy and the efficiency of 2-D,3-D as well as the heterogeneous radar network instead of the tedious computer simula- tions.The advantages and the validity of the method are demonstrated by an application. )

里面包括了MATLAB的一些常用的函数的参考，对与学习的朋友们可以说是一个总结性的文档(Which includes a number of commonly used MATLAB function reference on friends and learning can be said to be a summary document)

说明：  Minh+Do《Contourlet+toolbox》(Contourlet变换影像处理工具箱)(Minh+ Do &quot Contourlet+ toolbox&quot (Contourlet transform image processing toolbox))

master code receiver

磁电编码器的标定程序，通过对磁电编码器的标定，得到更高精度的编码器(Magnetic encoder calibration procedure, by the calibration of the magnetic encoder to obtain a more accurate encoder)

SVM的多分类问题MATLAB工具包。传统的SVM只支持二分类问题，MATLAB自带的工具包也存在同样的问题。可以在setpath中导入此包，便可轻松将SVM问题扩展到多分类的层面。(A matlab toolkit to solving multi-classification problems based on svm. Traditional svm and the matlab toolkit svmtrain can only support for bi-classification problems which could hardly satisfy users requirments. U can import this toolkit by click setpath and can easily do what you like.)

天线的频域内LMs算法MATLAB仿真，天线阵列类型为圆阵。(The antenna frequency domain LMs algorithm MATLAB simulation, the type of circular array antenna array.)

介绍matlab 的葛哲学的书，很好的反映了如何在matlab 中实现信号的分析和处理(Introduction matlab' s Gezhe school books, a good reflection of how to implement matlab signal analysis and processing)

nonlinear amplifier effect on ofdm