MATLAB和HFSS联合仿真详细介绍

基于51单片机的12864绘图程序集锦。(programs for 12864 to draw pictures based on 51MCU。)

说明：  采用贝塞尔函数，进行恒定束宽波束形成算法(Constant beam beamforming algorithm)

这是一个模拟一些简单物理现象的小程序，如小桥过河之类的，运行程序时需要把CCBP文件夹包含在头文件。-This is a simple simulation of the physical phenomena of small programs, such as the bridge across the river like the program to run when the need CCBP folder contains the header files.

是一个很简单的程序啦，不会编程的新生可以拿来玩玩(it can tracing identification,this c of a building.)

说明：  一些关于放大缩小的简单应用实例代码 基于VS2013平台，有关ARCENGINE(Some simple application example codes about zooming in and out are based on VS2013 platform, about ARCENGINE)

学校管理源码，功能全用处大，具有学生管理、学校管理等-School management source, the functional usefulness of the whole large, with a student management, school management, etc.

ORACLE的开发和使用-the development and use

这是一个关于PIC系列单片机及CPLD等的相关学习资料。方便大家了解不同系列的微控制器件。(This is a study on PIC MCU and CPLD and other relevant learning materials. To facilitate a better understanding of different series of micro-control devices.)

插件中的方法非常容易定制和实现，并且使用的图片都是矢量图片(The method in the plug-in is very easy to customize and implement, and all the pictures used are vector pictures.)

针对风电等间歇性电源大规模并网后，系统在满足安全性和 可 靠 性 的 前 提 下 自 动 发 电 控 制系统调节速率和调节精度的协调性问题，将基于分布式模型预测控制算法引入自动发电系统，该算法提高了自动发电系统调节速度和调节精度之间的协调性，可有效平抑大规模风电接入带来的系统频率波动和联络线功率偏移，为改善自动发电系统性能提供了新的思路。(After the large-scale grid connection of intermittent power supply such as wind power, the coordination problem of the adjustment rate and adjustment precision of the automatic power generation control system is satisfied under the premise of satisfying the safety and reliability, and the distributed model predictive control algorithm is introduced into the automatic power generation system. The algorithm improves the coordination between the adjustment speed and the adjustment precision of the automatic power generation system, and can effectively suppress the system frequency fluctuation and the tie line power offset brought by large-scale wind power access, and provides a new idea for improving the performance of the automatic power generation system. .)