GLRect

用matlab浏览raw文件。matlab6.5下运行(View raw file using matlab. matlab6.5 run)

多输入多输出系统下的硬件位址的二元性问题(the duality of MIMO MAC)

纹理图像分割论文和代码，还算比较完整的，对做方面毕业设计的有点用！(Texture image segmentation papers and code are fairly more complete, to make the design a bit to use in graduate!)

蒙特卡洛模拟 数学建模matlab计算机仿真(Monte Carlo computer simulation of mathematical modeling matlab)

迭代学习控制的matlab程序，m文件结合simulink实现。(Iterative Learning Control matlab program, m file with simulink realization.)

一般模式的机载双基地合成孔径雷达回波数据产生，收发平台具有不同的速度与方向，均工作在斜视模式(General pattern of airborne bistatic synthetic aperture radar echo data generated transceiver platform has a different speed and direction, are working in the squint mode)

基于K-L展开的人脸检测matlab程序，采用K-L展开对图片主成分分析、多图训练，从而达到在复杂图片中检测人脸的功能。(KL expansion based on face detection matlab program, using KL expansion of the picture principal component analysis, multi-map training, so as to achieve a complex picture face detection function.)

this is a pdf book talking about matlab and its benifits for developpment and encountering new specifications in object tracking

利用MATLAB强大的SIMULINK开发工具，对单边带和双边带幅度调制和解调进行仿真，给出了仿真设计要点和结论，仅供参考。(MATLAB using SIMULINK powerful development tools, and bilateral on the SSB amplitude modulation and demodulation with simulation, the simulation design points and conclusions, for informational purposes only.)

基于OFDMA系统的多用户资源分配算法，论文配备MATLAB代码，入门的好教材。(— Orthogonal Frequency Division Multiple Access (OFDMA) basestations allow multiple users to transmit simultaneously on different subcarriers during the same symbol period. This paper considers basestation allocation of subcarriers and power to each user to maximize the sum of user data rates, subject to constraints on total power, bit error rate, and proportionality among user data rates. Previous allocation methods have been iterative nonlinear methods suitable for ofine optimization. In the special high subchannel SNR case, an iterative root-nding method has linear-time complexity in the number of users and N logN complexity in the number of subchannels. We propose a non-iterative method that is made possible by our relaxation of strict user rate proportionality constraints. Compared to the root-nding method, the proposed method waives the restriction of high subchannel SNR, has signicantly lower complexity, and in simulation, yields higher user data rates.)