svpwm_fuzzy

《DSP C2000程序员高手进阶 PDF 版 》，这本书针对dsp c2000系列编程进行了深入的探讨，非常有用。(DSP C2000 programmer to master advanced PDF version)

常用数字调制技术，包括BPSK，OQPSK，QPSK，MSK，GMSK，QAM等的调制解调仿真程序，并且包含AWGN及衰落信道下的仿真，对学习数字调制技术有较大帮助(Commonly used digital modulation techniques, including BPSK, OQPSK, QPSK, MSK, GMSK, QAM modulation and demodulation simulation program such and includes AWGN and fading channel simulation, the study of digital modulation techniques of great help)

这是惯导与ＧＰＳ的组合程序，大家可以共同学习，一起讨论(This is a combination of INS and GPS procedures, we will be able to study, discuss)

这是一个利用dsp的gpio口实现不同的功能模块和数字口功能，程序完整可运行(This is a use of the GPIO DSP port to achieve different functions and functions of the function module, the program can run )

步进电机高效驱动器，高细分，高电流，高电压(Efficient stepper motor drives, high segmentation, high current, high voltage)

函数实现了lelief算法。（计算样本的每一个特征的分类权重，选出具有最大权重的一组特征。样本的特征就是基因）。 对权重较大的一组基因进行两两冗余分析。将相关性弱的和强相关中权重大的基因保留，即为特征基因。 已知基因表达谱数据、不同类样本的个数，自行设定分类特征的权重阈值。 对原始数据标准化的方法：（x－基因均值）/基因方差。 样本的类内类间距离采用欧氏距离。(Lelief function implements the algorithm. (Classification weight each feature samples is calculated weight of a selected set of features having the greatest weight. Characteristic is the gene sample). Of the weight of a larger set of pairwise genetic redundancy analysis. The significant correlation between weak and strong correlation in the right gene retention, that is characteristic gene. Number of known gene expression data, samples of different classes, wherein the classification set threshold own weight. Of raw data standardized methods: (x- Gene mean)/variance gene. The between-class distance class of the sample using the Euclidean distance.)

说明：  沿螺钉螺旋线提取ct图像中的椎弓根骨密度(extraction of pedicle bone mineral decsity from CT images along screw helix)

DSP28335的EEPROM读写源码，实现EEPROM读写。(The source the DSP28335' s EEPROM read and write EEPROM read and write.)

comparison of BER performance for mapping of turbo coding with 16QAM 64QAM 128QAM

主要关于交织码编码译码源程序及运行结果。(Is mainly concerned with the intertwined source coding and decoding the results.)