KalmanFilter

：提出一种基于独立成分分析（ICA）和位隙动态分组技术的超高频（UHF）射频识别（RFID）多标签防碰撞算法。利用ICA 算法实现多目标的同时识别，利用动态位隙标签分组保证阅读器同时读取的标签数少于或等 于其天线数，从而使ICA 工作于非欠定状态(A novel ultra high frequency (UHF) radio frequency identification（RFID）anti-collision algorithm based on independent components analysis (ICA) and dynamic bit-slot grouping technology was proposed. The ICA algorithm was used for identifying several tags simultaneously. The dynamic bit-slot tags grouping technology was used for ensuring the number of tags read by a reader at the same time was less than or equal to its antennas’ number, and enabling the ICA wouldn’t work in an underdetermined state. Theoretical analysis and simulated experimental results show that the tags identification rate of the proposed algorithm is far more than that of traditional stochastic or deterministic TDMA RFID anti-collision algorithms.)

Simulation distribution1

voltage flicker estimation using ESPRIT

calcul des moments de zernike

超级电容蓄电池混合储能系统整流到20V直流母线上(Ultracapacitor battery hybrid energy storage which is Rectificationed to the 20V DC bus)

3种定位算法（多边：3 边及4边 最小二乘 质心）的主程序(Location algorithm of three kinds of main program)

说明：  用matlab实现的热核在路由及网络拓扑上的分析(Using matlab to achieve thermonuclear in routing and network topology analysis)

实现图像压缩，运用小波处理技术， matlab实现，你懂的(using wavelet to compress the image by matlab )

In this section, the PAPR performance of the proposed algorithms is shown. To evaluate the PAPR performance, the CCDF is employed. The specification detail of simulation parameters is given in TABLE I. In Fig. 5 is shown the PAPR with a PTS method (U = 8) and conventional PTS (U = 4) are improved 4.3 dB and 2.6 dB from ordinary MIMO-OFDM signal when CCDF = 10− 4 respectively and Fig. 6 is shown the PAPR with an optimal PTS method in case of 128 subcarriers.

说明：  牛顿哈普森算法，MATLAB源码，This is specially to solve nonlinear systems of equations using the newton raphson method(Newton Raphson Method For NonLinear systems of Equations)