onduleur

10个基本阵列，方向60 ，80，85,120,130 通用INR=5dB，用music，capon，线性预测，波束形成等四种算法画出功率谱图。(10 basic arrays, direction 60, 80,85,120,130 common INR = 5dB, with music, capon, linear prediction, beamforming and other four algorithms to draw power spectrum.)

本书详细的介绍了MATLAB 的基础知识，深入浅出的分析了matlab的符号运算功能和绘图功能，并提供了大量的实例。以便读者自学(MATLAB symbol calculation and apllication)

带有smith预估器的PID控制 matlab仿真程序(The smith predictor PID control matlab simulation program)

单级倒立摆智能控制器中的模糊控制器的设计与仿真(Inverted Pendulum and Intelligent Control Design and Simulation of Fuzzy Controller)

运用分枝定界法求解混合整数规划的matlab程序( Use the branch and bound method for solving mixed integer programming procedures meaning of the of the input parameters: min f* x A* x < = b Aeq* x = beq iter_num_max: maximum number of iterations lb : each variable lower limit UB: upper limit of the each variable X0: Initial ID: 0,1 variable, ID (k) = 1 indicates the variable k is an integer variable, ID (k) = 0, represents the k variable non-integer variable ftemp_up: initial upper bound, unable to find the upper bound of the initial default is infinite IP: initial feasible solution, the initial feasible solution can not be found, the default is the empty output parameters meaning: x: y: optimal solution of the objective function value corresponding to the optimal solution time-consuming iter_num: the number of iterations of the entire branch and bound process Time: Run this program)

合成孔径雷达，距离多普勒算法下的，简单点目标欺骗干扰,matlab仿真程序。(Range_Dopplor algorithm of deception jamming about Synthetic Aperture Radar. )

SOME SIMULINK MOTEUR ASYNCHRONE MLI2 BY BOUZIANE ISLMAIL

用于对均匀线阵（ULA）的远场入射信号进行DOA估计的程序，前提是入射信号源互不相关(Program for ULA (ULA) far-field incident signal DOA estimation, the premise is unrelated incident signal source)

针对常规PID控制不具有自适应能力，对于时变、非线性系统控制效果不佳。提出了将模糊技术与PID控制相结合的控制方式，设计模糊控制器。(Conventional PID control with adaptive capabilities, time-varying, nonlinear system control ineffective. Fuzzy and PID control combined control mode fuzzy controller design.)

单极性SPWM控制和逆变器主电路的仿真模型 就基波性能来讲，单极性SPWM在线性调制下谐波性能优于双极性调制(Single polarity SPWM control and inverter main circuit simulation model In terms of its fundamental properties, single polarity SPWM modulation in the linear harmonic performance is superior to the dual polarity modulation )