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Getting Started with MATLAB英文原版，详细介绍了采用MATLAB进行工程设计的步骤，以及相应的磁盘软件(Getting Started with MATLAB English original, detailed engineering design of using MATLAB steps and the corresponding software on disk)

本程序主要模拟小球与边界碰撞，运用能量衰减的运动规律进行程序设定(This procedure simulated ball and border collision, the use of the energy decay law of motion for the program set)

由2个麦克风组成的麦克风阵列，画出它的方向图(Microphone arrays of the two microphones, shown in Fig its direction)

一个黄金分割法,可以运行，不过只是最终结果，想要中间过程就得自己想办法了，我也不会了。两个二分法可以(A golden section method, you can run, but only the final result, like the middle of the process would have their own ways, and I will not. 2 dichotomy can be)

说明：  使用交互式多模型技术，滤波器选择无迹卡尔曼滤波器。(We use ukf to achieve imm successfully)

关于正弦插值的算法，从一篇IEEE的论文实现为MATLAB的代码。(sinc interpolation)

DSSS matlab program to calculate DSSS

说明：  基于mfcc的端点检测的matlab实现(Mfcc based endpoint detection matlab implementation)

建立一种可以区分输入图形的形态学算法，算法的输入是这三种图形的一种（这三个图形是对湖、湾、路段的图像细化后的结果），输出是对这三种图形的识别。假设这三种图形都是1个像素宽且完全连通的，然而它们出现的方向可以是任意的。 (Graphics can be imported to create a distinction between the morphological algorithm, algorithm input is a three graphics (which is three graphics Lake, Bay, after the section of the results of image thinning), the output is on these three graphics recognition. Assume that these three are one pixel wide graphic and fully connected, but they appear to be any direction.)

网络服务正在更新换代并且可扩展设备被设计成可提供在元计算环境中动态资源行为预测。这篇文章里，我们描述了预测产生的的设计和预测行为的细节。当预测方式为普通方式时，我们关注与他对TCP/IP端到端吞吐量能力的预测和在不同地点使用不同系统会带来的延迟量。因为在元计算软件的基础上网络预测需要计划的支持和质量服务保证的提高。(The Network Weather Service is a generalizable and extensible facility designed to provide dynamic resource performance forecasts in metacomputing environments.In this paper,we outline its design and detail the predictive performance of the forecasts it generates. While the forecasting methods are general,we focus on their ability to predict the TCP/IP end-to-end throughput and latency that is attainable by an application using systems located at differentsites.Such network forecasts are needed both to support scheduling (Bermanetal.,1996)and,by the metacomputing software infrastructure,to develop quality-of-service guarantees(DeFantietal.,to appear Grimshawetal.,1994). )