-MM-UTD-

说明：  进行等时延分段，并对等间隔段的两个时延矩阵分别求取均值，采用类似联合近似对角化，估计出最优化的酉矩阵，(ing second-order statistics (different time-delay correlation matrix) of non-stationary and structural characteristics of the signal timing can roughly estimate that the instantaneous linear mixture of blind source signal. With the time delay increasing, only using a single delay covariance equalization and ignoring the time-varying characteristics of the signal, which difficult to ensure the performance of algorithm. Analysis of the average characteristics of ma)

Bloom效果(附代码), 很酷的一个效果，效率不算高。互相交流一下。看看吧！(Bloom effect (with code), a cool effect, efficiency is not high. Exchange about. Let' s see it!)

TP matlab mas TP matlab mas

LDA知识的讲解，浅显易懂，便于学习，还有对LDA模型的建立的说明以运用(LDA knowledge to explain, easy to understand, easy to learn, as well as the establishment of LDA model description to use)

用matlab编程求解无约束优化问题、线性规划问题即在一组线性不等式或等式组的约束条件下求某个线性函数的最值问题(Matlab programming for solving unconstrained optimization problems, linear programming problems that most value problem for a linear function under the constraints of a set of linear inequalities or equations group)

ActiveMQ CPP 使用示例。ActiveMQ 是Apache出品，最流行的，能力强劲的开源消息总线(ActiveMQ CPP example)

说明：  实现数字图像滤波,能够较好的实现图像的滤波霸霸工傀要革故鼎新(to filter digital image)

BIOS 的设置与调整一直以来都是电脑使用的热点，尤其是大多数初、中级 用户都希望能够有资料帮助他们，本书以 BIOS 的基础知识为起点，针对主板、 显卡、调制解调器等的 BIOS 设置、升级、优化进行了系统的讲解，教读者如何 通过 BIOS 来达到优化系统、解决常见问题。本书的读者定位为：电脑初、中级 用户。 (BIOS setup and adjust the use of computers has always been hot, especially the majority of the early, intermediate users wish to have information to help them, this book to BIOS basic knowledge as a starting point, for motherboards, graphics cards, modems, BIOS, etc. settings, upgrade, and optimize the system to explain, teach readers how to achieve optimized system BIOS to resolve common problems. Readers of this book as: computer early, intermediate users.)

通过仿真实现同步电机模型，在MATLAB环境下实现(Achieve synchronous motor model by simulation in MATLAB environment to achieve)

导纳矩阵的形成方法,用于电力系统潮流计算分析相当有用.(admittance matrix formation method for power flow analysis has been useful.)