Matlab2012B_Windows_install_crack

这里有比较多关于该进型的round robin 算法，对研究polling systems 的研究者有较好的帮助！(polling system algorithms)

matlab解决多参数优化问题，已经调通过，可以直接使用。并且目标函数有微分构成。(matlab to solve the multi-parameter optimization problems, have been transferred through, can be used directly. And the objective function differential constitute.)

杂波图在地基雷达中具有重要的位置，对零速目标的检测具有重要的意义，该程序仿真杂波图对雷达信号进行时间上的CFAR检测(Clutter map important position in the ground-based radar, the goal of zero speed detection is of great significance, the program simulation clutter map of the radar signal CFAR detection time)

雷达发射线性调频信号，载频10GHz，线性调频信号带宽10MHz，脉宽5us，采样率自设，两目标距离雷达5000米和5020米 （1）模拟两个目标的回波，并进行脉冲压缩（匹配滤波），验证脉冲压缩对改善雷达距离分辨力的作用 （2）调整两个目标的间距从1米到20米，观察结果得出结论。(Radar transmitting chirp signal, carrier frequency 10GHz, chirp signal bandwidth of 10MHz, pulse 5us, sample rate set up, two goals the radar 5000 meters and 5020 meters (1) Analog two goals echo, and pulse compression ( matched filtering), verify pulse compression radar range resolution on improving the role of (2) to adjust the distance between two goals 1 meter to 20 meters, observations concluded.)

说明：  随机信号分析实验 （1）产生N（0,1）正态分布的随机过程； （2）产生正态分布随机过程外的任意一种随机过程； （3）对随机过程的性能进行评估，包括概率密度函数、分布函数、均值、方差和相关函数。((1) The stochastic process of generating N(0,1) normal distribution; (2) generating any random process outside the normal distribution random process; (3) evaluate the performance of random process, including probability density function, distribution function, mean value, variance and correlation function.)

轮胎力学特性，魔术公式，包含多个工况，可以修改参数，m文件(Tire mechanical characteristics, magic formula, contains more than one condition, you can modify the parameters, m file)

一维多普勒频谱，不同算法的一维多普勒频谱比较(1D Doppler spectra)

用于实现多普勒频移和时延的估计，是基于离散信号的频域周期性实现的。(jiontly doppler and delay estimation based on ambiguity function)

引入了压缩因子，等改进优化算法的pso优化算法(An improved PSO algorithm is introduced, such as compressibility factor.)

圆形阵列的波束形成算子的matlab算子，在智能天线中有很好的应用(Circular array beamforming matlab operator operator, and good application in smart antenna)