matlab_pairs_trading

奥本·海默的《数字信号处理》电子书，中文翻译版，内容详细、讲解深入浅出，是dsp类的经典教材。(Oppenheimer)

说明：  运输问题的解,解决的双层规划的问题,up是上层文件(Transport of the solution, to resolve the issue of bi-level programming, up the upper paper)

基于TMS320C5000 DSP学习资料，c语言编程和汇编都有(Learning materials based on the TMS320C5000 DSP, c language programming and assembly have)

说明：  对一幅低对比度分辨率的图像采用直方图均衡化方法实现图像增强，分别采用系统函数和自己编写函数实现相应用功能(For a low contrast resolution image, histogram equalization method is used to enhance the image, and the system function and self-designed function are used to realize the corresponding application function)

说明：  8. 单径瑞利信道中的四发四收V-BLAST： (1) 请设计一种具体的导引辅助的信道估计方法，用Simulink进行仿真，测量16QAM调制时的误码率性能。画出比特信噪比与信道估计均方误差的关系曲线，画出比特信噪比与误码率的关系曲线。 (2) 计算所设计方案的频谱效率是多少，单位为bit/Hz/s。(8. Four transmit four receive v-blast in single-path Rayleigh channel: (1) please design a specific navigation-assisted channel estimation method and conduct simulation with Simulink to measure the bit error rate performance of 16QAM modulation.The relation curve between the bit signal-noise ratio and the mean square error of channel estimation is drawn, and the relation curve between the bit signal-noise ratio and the bit error rate is drawn. (2) calculate the spectral efficiency of the designed scheme in bit/Hz/s.)

无刷励磁同步电机旋转高频电压注入法无位置矢量控制起动算法实现。(Sensorless control stategy baseed on rotating voltage injection methed implemented on BSSM.)

说明：  给定一个图像，其中包含足够的信息来计算地平面消失线和垂直消失点，以及一个已知高度的物体。然后，只要他们的头部和脚都可见，就可以在场景中的任何地方测量站在地平面上的人的高度。(Given an image which contains sufficient information to compute the ground plane vanishing line and the vertical vanishing point, and also one object of known height for which the top and base are imaged. Then the height of a person standing on the ground plane can be measured anywhere in the scene provided that their head and feet are both visible.)

matlab对Sato盲均衡算法仿真，仿真图，收敛曲线(Blind equalization Sato)

使用MATLAB建模实现DCO-OFDM(Implementing DCO-OFDM using MATLAB modeling)

以机载GPS接收机为对象，基于matlab通信工具箱模拟其捕获和跟踪GPS信号过程(Taking the airborne GPS receiver as the object and simulating its capture and tracking of the GPS signal process based on the MATLAB communication toolbox)