RELAX11

本书荣获2005年第十五届Jolt通用类图书震撼大奖。 继 Effective C++ 之后，Scott Meyers 于 1996 推出这本「续集」。本书与现今之 C++ 标准规格几乎相同。可能变化的几个弹性之处，Meyers 也都有所说明与提示。(the book won the 2005 session of the 15th General Books Jolt Awards shock. Following the Effective C, Scott Meyers in 1996 to launch the "sequel." The book's C with the current standard is almost the same. Several possible changes in flexibility, Meyers also has suggested and described.)

本代码可以实现绕过win7UAC（用户账户控制），可以很好的实现(This code can realize to bypass win7UAC, (User Account Control), can achieve a good)

马尔可夫蒙特卡罗方法原理及MATLAB仿真入门级教程 适合新手(The Markov Chain Monte Carlo Simulations)

该程序用来实现Turbo编解码，而Turbo码是一种信道编码、且是一种纠错码，可以保证信息的传输质量,本程序是用matlab实现的!(The procedure used for Turbo coding and decoding, while the Turbo code is a channel coding, and is an error-correcting codes, can guarantee the quality of information transmission, the process is achieved using matlab!)

matlab编写的遗传算法，采用二进制编码，有说明文档。(Matlab prepared by the genetic algorithm, using the binary coding, documentation.)

实现Multiple Kernels for Image Classification的算法(Realization of Multiple Kernels for Image Classification Algorithm)

这是模式识别中模板匹配内容的Matlab例程，其中edit_distance程序用来计算两个符号字符串间的编辑距离； back-tracking程序是“回溯”法画出最佳路径的代价网格； Dtw-Sakoe.m程序是具有Sakoe-Chiba局部路径约束的动态时间弯 折。(This is a pattern recognition template matching the content of Matlab routines, which edit_distance procedures used to calculate the two symbols of the edit distance between strings back-tracking program is " back" method to draw the best path cost grid Dtw- Sakoe.m program is a Sakoe-Chiba local path constraint of the dynamic time warping.)

双线性随动 等向强化应变控制循环对称加载(Bilinear kinematic strain-controlled cyclic isotropic hardening symmetrical load)

敌我识别信号的门限检测算法，该算法适应MarkX、MarkXII和S模式的信号。(IFF signal threshold detection algorithm, which is adapted MarkX, MarkXII and S mode signal.)

这本书介绍了matlab在信号处理中的应用和例子，同时还讲解了信号处理中的一些重要原理，可以同时巩固大家的基础知识(This book introduces the matlab signal processing applications and examples, and also explain some of the important principles in the signal processing, you can consolidate all the basics)