suijixinhao.pdf

说明：  乘积的最后三位的值只与乘数和被乘数的后三位有关，与乘数和被乘数的高位无关，利用此来求尾数(The last three values of the product only with the multiplier and the multiplicand on the back three, with a high multiplier and the multiplicand has nothing to do, take advantage of this to seek mantissa)

考虑一个信道失真了的脉冲x(t)，在均衡器的输入端由下式表示：x(t)=1/(1+(2t/T)^2) 其中1/T为符号率。该脉冲以2/T采样率被采样，而且用一个2K+1=11的强迫归零均衡器进行均衡。写一个Matlab程序来解这些迫零均衡器的系数，求出并画出这个迫零均衡器50个采样值的输出。(Considering a channel distortion of the pulse x (T), the input end of the equalizer is represented by the X (T) =1/ (1+ (2t/T) ^2). 1/T is a symbol rate. The pulse is sampled at the 2/T sampling rate and is balanced by a 2K+1=11 forced zero equalizer. A Matlab program is written to solve the coefficients of these zero forcing equalizers and to find out and draw the output of the 50 sampling values of the zero forcing equalizer.)

用matlab编程求解无约束优化问题、线性规划问题即在一组线性不等式或等式组的约束条件下求某个线性函数的最值问题(Matlab programming for solving unconstrained optimization problems, linear programming problems that most value problem for a linear function under the constraints of a set of linear inequalities or equations group)

最近学习OFDM用到的程序，仿真了DVB-T系统在2K模式下形成OFDM信号的过程(OFDM used recently to study the procedures, simulation of the DVB-T system in the 2K mode OFDM signal formation process)

说明：  计算lyapunov指数谱，并能计算最大lyapunov指数(calculating lyapunov exponent spectrum and the max value of lyapunov exponent)

基于PSO算法的PID参数优化MATLAB模型(PID parameter improve based on pso)

几十个matlab实用小程序 初学者可以参考学习(Dozens of matlab program beginners can refer to learning)

理论力学经典问题数值模拟课件，平底凸轮的动画演示。显示了不同动点的选择，相对运动轨迹的形式。(Numerical simulation of the classic problems of theoretical mechanics courseware, flat cam animation. Shows the different choices of fixed points, the relative trajectory of the form.)

说明：  RBF神经网络的源程序 遗传RBF网络 RBF神经网络对非线性系统进行逼近(RBF neural network of the source of genetic RBF neural network RBF network to approximate the nonlinear system)

波束形成，利用capon算法进行测向，模型为一维线阵(Beamforming, direction finding algorithm using capon, one-dimensional linear model)