94206425bianshi2

tfrpwv是计算离散信号Ｘ的Wigner-Ville分布．Tfrspwv是计算离散信号Ｘ的平滑伪Wigner-Ville分布．(tfrpwv is calculated discrete signal X Wigner-Ville distribution. Tfrspwv calculation of the discrete X-signal smoothing pseudo Wigner-Ville distribution.)

TCSC可控串联补偿装置simulink仿真例程(TCSC controllable series compensation device simulink simulation routine)

自己编写的fft变换的MATLAB源代码！里面还有操作过程。很好用哦(Have written MATLAB s fft transform the source code! There is also the process. Oh, well used)

说明：  在MATLAB环境下设计的计算卷积的软件平台(Design in the MATLAB computing environment software platform convolution)

利用该代码可以轻松实现模糊聚类分析 具体运用只需要直接在主程序上赋给分析的数据矩阵 便可以得到聚类图以及相关分析结果 也许不是很完美 实际应用可以小作调整(The matlab code is useful in fuzzy mathematics.)

基于粒子滤波的雷达检测前跟踪算法，建立新的目标模型和观测模型，提出了线性扩展目标。能够检测1db的弱小目标。(A radar target track-before-detect (TBD) algorithm using particle filter (PF) is presented in this paper. System dynamic model and measurement model are established based on a sequence of radar range-Doppler measurements using the new algorithm. Furthermore, a linear xtended target model is proposed, which is more capable of describing a maneuvering target than the conventional point arget model. The likelihood ratio function of the new model is also derived in this paper. Due to the accumulation of the PF-TBD over time and the effectiveness of the proposed target model, an mproved probability of detection for dim target is obtained. The experimental imulations demonstrate that the proposed method is capable of detecting and tracking a target with SNR of 1 dB robustly. )

异步电动机矢量控制模型，simulink仿真模型，matlab虚拟实现(Vector control induction motor model, simulink simulation model, matlab Virtual Reality)

该控制算法为模糊控制器在机器人避障系统中的应用，是一个多输入多输出的控制系统，仿真结果和实际的运行结果比较符合。(The control algorithm for the Fuzzy Controller for Obstacle Avoidance System, is a multi-input multi-output control system, simulation results and actual operating results more in line.)

24YJ48,28BYJ48,30BYJ46型步进减速电动机，主要应用于空调器(24YJ48, 28BYJ48 30BYJ46 stepping deceleration motor, mainly used in air conditioners)

现代数字信号处理，自适应谱线增强，求解自相关函数，输入输出信号作比较。(Modern digital signal processing, adaptive line enhancement, solving autocorrelation function, input and output signals for comparison.)