closePath

matlab bpsk qpsk 16qam ask 仿真源程序(matlab bpsk qpsk )

等距扇束CT重建，利用matlab自带pantom进行正向投影和逆向滤波反投影重建，恢复图像(CT fanbeam FDK reconstruction)

为了改善噪声e(k)为有色噪声模型的系统参数估计的统计特性，提出了一种增广矩阵的方法，称为增广最小二乘算法，MATLAB实现范例(In order to improve the noise e (k) for the colored noise model of the system parameters estimated statistical characteristics, an Augmented Matrix method, called Augmented Least Squares, MATLAB implementation examples)

matlab实现特定信号仿真，离散，连续，傅立叶变化，拉布拉斯变换和z变换(matlab to achieve a specific signal simulation, discrete, continuous, Fourier transform, Laplace transform and z-transform Rab)

matlab程序百例1 matlab程序百例1(matlab program 1matlab procedures for 100 cases of 100 cases of 1)

说明：  《精通MATLAB 7.0混合编程》配套的源程序，本程序的调试环境为Windows XP + Matlab 6.5，个别程序在Matlab 7.0下调试通过(&quot Mastering MATLAB 7.0 Hybrid Programming&quot supporting source, the debugging environment for Windows XP+ Matlab 6.5, Matlab 7.0 for individual program through debugging)

这是一个用matlab里面的simulink编写的一个wimax的链路，里面有很直观的链路图，可以对wimax有一个更为直观的理解。(This is a simulink with matlab written inside a wimax link, there are very intuitive link diagram, wimax can have a more intuitive understanding.)

. The reference simulator can be used to measure and plot the network capacity performance and signal to interference ratio (SIR) performance of LTE networks with the integer frequency reuse scheme with reuse factor 1 (IFR-1). Frequency reuse scheme with reuse factor 1 means that the available frequency resource is used by all the cells in the LTE network. You are advised to refer to the relevant slides of lecture 5 to get more information on the method used to calculate the SIR and capacity performances. The system level LTE is consisted of two Matlab script files (LTE_main.m, LTE_configuration.m), three Matlab function files (LTE_IFR_sim_dist.m, LTE_IFR_sim_netwide.m, LTE_IFR_plot.m) and one Matlab mat file (bs_user_position.mat).

提供了PID控制的几个MATLAB程序包括：增量式PID控制，PID极点配置控制，以及自校正PID控制。(Provides several MATLAB program of PID control includind: incremental PID control, PID pole placement control, and self-tuning PID control.)

new model for IDGFM gozare khatasaz