MATLAB-chao-liu-ji-suan

一种MATLAB的自动保存程序，程序适用多种情况(Auto-save of a MATLAB program, the program applies a variety of situations)

本文的设计均衡器以MATLAB为开发平台,利用MATLAB的GUI功能，能实现对音乐的读取,播放,音量调节,分段频率调节,以及波形显示等功能,对数字信号处理有极好的演示.(In this paper, the design of the equalizer MATLAB as a development platform, using MATLAB GUI functionality, can achieve read music, play, adjust volume, segmentation frequency regulation, and waveform display and other functions, the digital signal processing with excellent presentation .)

网络法找切线。当一个曲线在某个点的切线很难找时可用此法。(Network to find the tangent. When a curve tangent at a point when this method is difficult to find.)

说明：  P码的匹配滤波+FFT的捕获程序。可以用于P码的直接捕获。(P code matched filter+ FFT of the capture program. P code can be used for direct capture.)

包含图形对象句柄 图形对象的层次 获取图形对象的句柄 修改图形对象的属性(Contains graphic objects Handle Graphics object hierarchy to obtain a handle to the graphics object to modify the properties of the graphic object)

矢量控制异步电动机，MATLAB源代码，自个做的，挺好的(The vector control of induction motor)

可以用来对单入单出被控对象进行广义预测控制，采用显示GPC算法，需求取丢潘图方程。(Can be used to single out a single controlled object into the generalized predictive control, GPC algorithm using display, needs to take throw Pan map equation.)

运用仿真软件对滑动轴承油膜压力分布进行模拟分析和设计计算。(Based on the MATLAB technical sliding bearing oil film pressure distribution simulation analysis, and design calculations.)

基于异步电机的风力机模拟，采用matlab/simulink仿真。(Based on wind turbine simulation of induction motor using matlab/simulink simulation.)

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). )