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利用FFT快速计算，线性排列阵子方向图。( This function computes and returns the gain radiation pattern for a linear array It uses the FFT to computes the pattern *INPUTS********** Nr ==> number of elements dolr ==> element spacing (d) in lambda units divided by lambda theta0 = steering angle in degrees winid ==> use winid negative for no window, winid positive to enter your window of size(Nr) win is input window, NOTE that win must be an Nr X 1 row vector nbits ==> number of bits used in the pahse shifters negative nbits mean no quantization is used *OUTPUTS****************** theta ==> real-space angle patternr ==> array radiation pattern in dBs patterng ==> array directive gain pattern in dBs ***************************************** )

此函数用于IS-95前向链路系统的仿真，包括扩 频调制，匹配滤波，RAKE接收等相关通信模块。 ( This function is used to forward link IS-95 system simulation, including the expansion of frequency modulation, matched filter, RAKE receiver, and other related communication module.)

matlab程序源代码，能够正确实现，最近邻分类(matlab program source code, to be able to correctly implement the nearest neighbor classifier)

a simple graphics application

七自由度整车模型，四个车轮的转动，纵向侧向运动，以及横摆运动，包括dugoff轮胎模型以及其中的参数(Seven degrees of freedom vehicle model, four wheel rotation, vertical lateral movement and yaw movement, including dugoff tire model and parameters which)

用于adaboost初学入门,有需要可以看看,比较简单,容易看懂(For the beginner of learning the adaboost)

具有动画演示的水位控制系统仿真模型，需导入模糊控制算法(Water level control system simulation model with animation, the need to import the fuzzy control algorithm)

AMRA建模，主要包括平稳化，判断阶数，建立模型，利用模型进行预测(ARMA modeling beginner when used, including smoothing determine the order is appropriate, modeling, prediction)

加权余量法--配点法法求解一维扩散方程。参考书《Computational Techniques for Fluid Dynamics》(The weighted residual method- collocation method for solving one-dimensional diffusion equation. Reference book " Computational Techniques for Fluid Dynamics" )

基于SVPWM的三电平逆变的matlab仿真，非常适合计算机视觉方面的研究使用,计算时间和二维直方图。( Based on SVPWM three-level inverter matlab simulation, Very suitable for the study using computer vision, Computing time and two-dimensional histogram.)