matlabExample

matlab语言开发的退火算法，主要用于算法的优化。可以实现寻找运行代价与通讯时间之和的近似最小值的功能，也可用于任务分配问题，本题是求50个任务分配到8台计算机的最优解。源码有详细注释，更便于理解。(matlab language development of the annealing algorithm, mainly used algorithms. Find running costs can be achieved with the communication time and the approximate minimum of the function can also be used for task allocation problem, the problem is the pursuit of the 50 tasks assigned to the optimal solution of 8 computers. Detailed source notes, is more easy to understand.)

图像中值滤波，红外图像增强算法的一个小实验(The infrared image enhancement , median filtering ，The infrared image enhancement , median filtering The infrared image enhancement , median filtering The infrared image enhancement , median filtering The infrared image enhancement , median filtering )

多用户mimo下行链路预编码及用户调度的博士论文，里面的思想可以借鉴(Multi-user mimo downlink precoding and user scheduling the doctoral thesis, which can draw on the idea)

通过输入x和输出y来估计系统的传递函数模型(Through the input x and output y to estimate the system transfer function model)

一个增强版的遗传算法，用于波束赋形，可供初学者学习使用。(An enhanced version of the genetic algorithm for beamforming, for beginners to learn to use.)

此是MATLAB7.0程序设计的那本书的源代码，希望对大家能有所帮助。(This book MATLAB7.0 programming source code, I hope that we can help.)

matlab宝典电子版上，陈杰等编著，电子工业出版社出版。(A third edition of the electronic version of the book matlab, Chen Jiedeng edited, Publishing House of Electronics Industry.)

SIMULINK仿真实现BPSK在莱斯衰落+AWGN信道中的调制与解调，并分析了误码率和星座图等等参数。(SIMULINK simulation of BPSK in Rician Fading realize+ AWGN channel modulation and demodulation, and analyzes the bit error rate and constellation parameters and so on.)

这是我自己编写的主元分析的MATLAB程序，主要包含经典多变量统计方法，运行结果不错，欢迎下载~(This is my own writing of the principal component analysis of the MATLAB program, mainly include classical multivariate statistical method, operation result is good, welcome to download ~)

mat lab code for elim elim E*A = R factorization. E = elim(A) returns the elimination matrix E that gives the reduced row echelon form E*A = R. If A is square and invertible, then E = inv(A). [E, R] = elim(A) returns the elimination matrix E and the reduced row echelon form R.