课程设计代码

说明：  kuramoto模型 同步 复杂网络中Kuramoto振子的同步(Synchronization of kuramoto Model synchronization of Kuramoto Oscillators in complex Networks)

一个指针表的源码，一些进行工业软件编程的朋友比较有用-A pointer table of the source, a number of industrial software more useful programming Friend

游戏中的人物方向控制的代码,这里用小球代表 游戏中的人物.-game figures direction control code, use a small ball game on behalf of the characters.

y页面滚动码是一款简单实用的鼠标控制页面滚动，顶部固定导航(Y page scroll code is a simple and practical mouse control page scroll, fixed navigation at the top)

说明：  微电网模型包含太阳能光伏电池、风机、燃料电池和储能蓄电池。(The microgrid model includes solar photovoltaic cells, fans, fuel cells and energy storage batteries.)

One program to simulation light passing through a glass sphere. It is interesting and can be used in geometric optics.

日立SH-2 CPU核的VERLOG源码，可在ISE6上综合，有说明文档-Hitachi SH-2 CPU core VERLOG source can be integrated in ISE6, documentation,

TW2835的笔记，希望对大家有所帮助吧。谢谢支持。(TW2835 notes, want to help everyone bar. Thank your support.)

说明：  基于稀疏表示子空间聚类利用加权和1范数和2-范数(Subspace Clustering Based on Sparse Representation Uses Weighted Sum 1 Norm and 2- Norm)

笔者首先提出了煤岩变形破裂过程电磁辐射与应力耦合的概念,然后在实验研究、理论分析和数值模拟的基础上从力电耦合的角度研究了煤岩冲击矿压预测的电磁辐射法(ＥＭＥ)。研究结果表明:ＦＬＡＣ3Ｄ方法能对矿山巷道掘进过程煤岩内部应力场进行有效的数值模拟 电磁辐射信号主要来源于应力集中区,在场点监测到的电磁辐射信号主要是应力集中区煤岩变形破裂过程产生的 ＥＭＥ信号呈现出与煤岩内部应力变化相同的规律 利用力电耦合方法研究煤岩冲击矿压电磁辐射预测法是可行的。笔者最后还对未来煤岩冲击矿压电磁辐射预测法的研究进行了展望。-first author of coal and rock deformation and fracture process of electromagnetic radiation coupled with the concept of stress, then the experimental research, theoretical analysis and numerical simulations on the basis of Congli coupling angle of coal and rock rockburst forecast of electromagnetic radiation (EME). The results showed : FLAC3D method to mine tunneling process of coal and rock internal stress effective numerical simulation of electromagnetic radiation signal comes mainly from the stress concentration areas, the monitoring point to the presence of electromagnetic radiation signal is mainly concentrated stress coal rock deformation and fracture process of EME signal showing the internal rock and coal Stress changes in the s