OPTI-master

注水算法是根据某种准则，并根据信道状况对发送功率进行自适应分配，通常是信道状况好的时刻，多分配功率，信道差的时候，少分配功率，从而最大化传输速率。本文运用matlab通过对注水算法在mino系统中的三种不同的情况下进行了仿真，比较出在小信噪比时，相同信噪比下利用CSI的功率注水算法获得容量优于未知CSI的平均功率分配算法；相同容量下已知CSI信噪比比未知CSI时的信噪比小3dB.当信噪比增大到一定程度时，功率注水算法所获得的信道容量将收敛到平均功率分配的信道容量。(Water flooding algorithm is based on certain standards, and according to the channel condition to adaptive allocation of sending power, usually is a good moment, channel situation more distribution power, channel is poor, less power distribution, so as to maximize the transmission rate. This paper USES matlab based on water flooding algorithm in Austin system of three different cases are simulated and compared in small SNR, under the same SNR use CSI power allocation algorithm for capacity is superior to the average power allocation algorithm of unknown CSI Same capacity known CSI signal-to-noise ratio than the unknown CSI small signal-to-noise ratio of 3 db. When the signal-to-noise ratio increases to a certain degree, the power allocation algorithm for channel capacity will converge to the average power distribution channel capacity. )

3d 平面波 科技进行仿真平面波的传播 应用在matlab 当中，直观简洁(3d plane wave)

说明：  讲解MATLAB在数学各分支中的应用 函数和命令 应用与技巧(MATLAB in mathematics to explain the various branches of functions and commands in the application of Tips and Tricks)

Kalman Filters for Reducing Error in RFID Real-Time Localization Systems

basic implementation of graphs in matlab

harris算子迹实验，以harris为角点检测算子，计算自相关矩阵M的迹图像。(the harris operator trace experiment, harris corner detection operator, calculated from the trace of the matrix M image.)

基于模拟退火算法的马尔科夫蒙特卡洛算法matlab程序，实现了对levy函数的优化。(A Markov Chain Monte Carlo alogrithm based on annealing phenomenon,which maximzies and minimizes the levy function. )

说明：  所做项目中的一个卡尔曼滤波算法，需调用一些函数，但卡尔曼滤波的程序已给出，而且是正确的。(Made the project a Kalman filter algorithm, need to call some function, but the Kalman filter procedure has been given, and is correct.)

说明：  FM调制模型,用simulink做的，希望与大家交流，共同进步。(fm modulation model in matlab/simulink)

该程序涉及了一阶系统、二阶系统的阶跃响应下的系统辨识方法。(The procedure involves first-order system, second-order system step response of system identification methods.)