Matlab-Num-Instante

车辆动力学仿真软件veDYNA的用户指南(VeDYNA vehicle dynamics simulation software user s guide)

本源代码给出了伽利略卫星导航系统的码跟踪算法(source code is the Galileo satellite navigation system code tracking algorithm)

由于系统因素之间关系非常复杂，特别是其表面现象及变化的随机性、模糊性和灰色性，使人们在观察、分析、预测和决策时得不到足够的信息，找不到主要矛盾，从而给复杂系统的系统分析带来困难。这就需要灰色关联分析。(Because the system is very complex relationship between factors, especially changes in the surface phenomena and random, fuzzy and gray so that people in the observation, analysis, forecasting and decision-making can not get enough information, can not find the main contradictions thus to the complex system of systems analysis difficult. This requires gray relational analysis.)

描述了LTE下行物理信道的信道编码的详细实现，包括CRC校验、turbo编码、咬尾卷积编码和速率匹配等。(Describes LTE downlink physical channel channel coding detailed implementation, including the CRC check, turbo encoding, tail-biting convolutional coding and rate matching.)

雷达数字接收机正交解调的matlab仿真，波形描述(Radar digital receiver for quadrature demodulation matlab simulation, waveform described)

卫星导航中的载波NCO发生器设计，对同类接收机设计有所帮助(Satellite navigation carrier NCO generator design, similar receiver design help)

说明：  lms实现自适应均衡器 作用是比较明显的(lms)

朴素贝叶斯matlab实现，基于matlab编程(Naive Bayes matlab to achieve, based on the matlab programming)

经典的小波纹理分割，基于matlab实现(The classic texture segmentation, matlab implementation)

fft算法的具体实现，应用基2法实现，有比较好的实验结果。(fft concrete realization of the algorithm, the application base 2 method achieved a relatively good results.)