my_poufen

含有多缺陷的光子晶体中的局域缺陷模,利用matlab编程，希望对大家有用(Photonic Crystal with Multiple Defects in the local defect mode, using matlab programming, we want to be useful)

说明：  针对多通道卷积混叠模型,基于信息理论的最小熵准则,利用单时间点观测样本给出了一类多通道盲反卷积 方法,这种方法不同于其它方法的地方在于考虑了源和观测信号的上下文信息.(A blind deconvolution algorithmfor a multi- channel convolution mixing model was derived. The algorithm is based on a minimum entropy contrast of information theory. The difference of the algorithm with the others is that the context message is used in contrast.)

基于混沌的语音加密 使用虫口函数生成密钥对语音进行加解密预算。(Voice encryption based on chaos)

基于matlab的多个时钟小程序，能实现时钟同步测法等功能(Matlab multiple clock applet, clock synchronization function measurement method)

powell法求极值，根据课程老师布置的作业，其中包括黄金分割法，一维进退法(powell method)

说明：  2X2,4X4MIMO-OFDM链路仿真程序，对于初学者有很好的参考价值。(2x2,4x4 MIMO-OFDM link simulation program, for beginners have a good reference value.)

机动目标的跟踪问题一直是人们研究的重点，实现机动目标精确跟踪，首要解决的问题就是使所建立的目标运动模型与实际的目标运动模型匹配。目前常用的有多模型(MM)，交互式多模型(IMM)，切换模型等。多模型方法就是对一组具有不同机动模型分别进行Kalman滤波，最终的参数估计是各滤波器估计值的加权和；在多模型基础上，Shalom提出了交互式多模型方法，这一方法对无序目标的机动检测，显示了更好的鲁棒性和跟踪的稳定性；切换模型则是分别建立机动和非机动运动模型，利用机动检测实现在这两个模型之间的切换。一般来说，交互式多模型的跟踪性能较好。(mobile target tracking problem has been a focus of research and achieve precise maneuvering target tracking, the most pressing issue is to enable the establishment of the target model and the actual movement of the target model matching. At present, more commonly used model (MM), interactive multi-model (IMM), switching model. Multi-model approach is a group of different mobile models were Kalman filtering, The final parameter is the estimated value of the filter is estimated weighted; in the multi-model basis, Shalom made the interactive multi-model approach that the objectives of the motor disorder detection, better show the robustness and stability of the track; switching model is set up motorized and non-motorized sports model, the use of mobile testing to achieve in this model between)

实现视频读取小程序，是用MATLAB编写的。(Video applet to read and is prepared to use MATLAB.)

HEV的simulink仿真模型，可以作为HEV控制方面的研究。(A Rule-Based Energy Management Strategy for Plug-in Hybrid Electric Vehicle (PHEV) )

对STOMP算法就行改进，一种稀疏自适应的STOMP，编程过程中对图像采用分快处理来提高效率(STOMP algorithm for improvement on the line, a sparse adaptive STOMP, the programming process to improve the efficiency of the use of sub-fast image processing)