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学习VC++时做得小练习，基于单文档应用的简单的数据库编程，易于出血者的使用，实现最基本的数据库管理功能-learning VC when doing small exercises, based on the application of the single-file database programming simple and easy to use bleeding, achieve the most basic database management functions

忍痛割爱！上传我的地震数据处理中的倾角滤波程序！(Pain afford to spare! From my seismic data processing in the filtering process inclination!)

语音识别系统运用vad技术进行识别，可以更好地进行语音识别(Recognition of speech recognition system using VAD Technology)

这个是用C编写的Atmega169的EEPROM的读写程序！-This is prepared by C the Atmega169 the EEPROM read and write procedures!

TOPMODEL是分布式水文模型，这里为开发者的程序，以供参考学习。版本为9701(Background to TOPMODEL This program is intended as a demonstration version of TOPMODEL for PC-Windows and has been developed from versions used for teaching purposes over a number of years in the Environmental Science degree course at Lancaster University, including TOPT9502 which is also available at the TOPMODEL Web site (see below) as a DOS program and FORTRAN source code.)

稀疏与冗余表示-理论及其在信号与图像处理中的应用一书的源代码(Sparse and redundant representation -From theory to application in signal and image processing -- the source code of the Book)

Flash定时向上滚动，自动切换图片，也可手动控制，图片批次滚动，图片列表中的图片可点击右上角的NEXT按钮适时切换，也可不操作鼠标的状态下，自动切换，动画效果流畅，来自韩国购物网站的Flash图文列表特效。

说明：  基于dsp的spwm与svpwm控制电机(SPWM and SVPWM control motor based on DSP)

shell教学视频，非常适合初学者。希望通过审核！-shell teaching video, very suitable for beginners. Hope that through review!

以广域相量测量系统为技术平台，建立基于模型预测控制的含规模化风电场/群互联电网的负荷频率分散预测控制模型。以典型双区域负荷频率控制模型为例，考虑不同风电渗透率情况。仿真研究结果表明，所提基于模型预测控制的负荷频率分散控制模型不但能够有效地跟踪风电输出功率的随机波动， 维持系统频率及区域间交换功率在较小的范围内变化， 并且控制效果明显优于常规 PI 型负荷频率控制器。(Based on the wide area phasor measurement system (WAPMS), a decentralized load-frequency predictive control model for large-scale wind farm/cluster interconnected power grids based on model predictive control (MPC) is established. The typical two-zone load frequency control model is taken as an example to consider the different wind power permeability. The simulation results show that the proposed decentralized load frequency control model based on model predictive control can not only effectively track the random fluctuation of wind power output, but also maintain the change of system frequency and inter-area exchange power in a small range, and the control effect is significantly better than that of conventional PI load frequency controller.)