Chap2

包括九个实例，展示matlab在自动设计中的仿真应用(this book includes nine examples that represent tipical design tasks of an automotive applications)

Delphi环境下Matlab和数据库之间的数据通讯(Delphi environment Matlab and data communication between the database)

该方法 基于快速傅里叶变换，求解方形区域的poission方程 比差分 有限元快。

fpga仿真，关于时钟，所有文件都在里面，可以直接用(fpga，simulate clock，all files in it)

Huawei HG553 Firmware extract and concatenate tools.

EMD算法，实现对信号的经验模式分解，直接调用数据就可以，(EMD algorithm, realize the signal of the empirical mode decomposition)

根据导航文件数据对GPS伪距求解以及卫星位置计算(According to the file data on the GPS navigation solution and the pseudo-range calculation of satellite position)

模式识别，聚类分析的最大最小距离算法算法Matlab演示(Pattern recognition, cluster analysis algorithm for the maximum minimum distance algorithm Matlab demo)

Buck变换器是最常用的变换器，工程上常用的拓扑如正激、半桥、全桥、推挽等也属于Buck族，其中Buck变换器补偿网络设计，是开关电源的重要研究课题，本文将针对基于PI控制方式的4A开关电源进行设计和Multisim的仿真研究。(Buck converter is the most commonly used converter on the topology of the project, such as forward, half bridge, full bridge, push-pull, the Buck family, Buck Converter compensation network design is an important research topic of the switching power supply, this paper4A-based PI control switching power supply design and Multisim simulation study)

LBP特征提取的MATLAB实现，其getmapping.m定义了lbp三种不同的模式，而lbp.m则是lbp的实现，当然它只是简单的整幅图像的lbp变换（没有分区域），其中很巧妙地运用了整体移动的方法计算lbp值。(LBP feature extraction MATLAB, which getmapping.m defines lbp three different modes, while lbp.m is lbp realize, of course, it simply lbp transform the whole image (no sub-region), which is very clever use of the method of calculating the overall mobile lbp value.)