岩石物理手册（中文版）

说明：  包括分类与预测、聚类分析、关联基本挖掘建模办法，规则、时序模式以及离群点监测(It includes classification and prediction, clustering analysis, association basic mining modeling methods, rules, temporal patterns and outlier monitoring)

说明：  GBK，unicode utf-8 编码转换工具(Encode Convert Tool between GBK,unicode utf-8,url)

20Kw的大功率并网逆变器，丰富的源程序，经过量产的成熟产品，直接就可以使用。(20Kw high-power grid-connected inverter, a wealth of source, after mass production of mature products, you can directly use.)

这是我根据 一个网友 改变的 八数码 程序,在Bcb6环境下运行-This is the basis of a change of netizens eight digital procedures, the operating environment Bcb6

FFT的算法的流程及在CCS平台上实现1024点的FFT变换(The flow of FFT algorithm and the 1024 point FFT transformation on CCS platform.)

一个用C 语言编写的贪吃蛇游戏的源码，绝对的正确，我自己调试过的，能成功-a C language prepared by the huge memory game source code, absolutely right, I own debugging off and success

说明：  利用matlab编写HEFT程序，实现最基础的任务调度(Use matlab to write HEFT procedures, to achieve the most basic task scheduling)

一种有效的哈希算法。。一种有效的哈希算法-a kind of effective hashing algorithm

本人新研究的一个MOPSO（多目标粒子群算法），用于各种优化计算，C++编译，非常好用， 何选择带领者呢？ MOPSO在存档中选择一个粒子跟随。如何选择呢？根据网格划分，假设每个网格中粒子数个，i代表第几个网格。该网格中的粒子被选择的概率为，即粒子越拥挤，则选择的概率越低。这是为了保证能够对未知的区域进行探索。 请点击左侧文件开始预览 ！预览只提供20%的代码片段，完整代码需下载后查看 加载中 侵权举报

说明：  双容水箱液位控制系统是一种采用先进的控制算法完成对液位的控制的系统, 它在食品加工、原油提炼、化工生产等诸多实用行业中都有广泛使用。本次设计中, 要求设计的超调量小，调节时间短和有自平衡能力等优点。首先要掌握生产工艺和控制流程的基本知识，选择合适的仪表。然后进行系统的设计，明确被控对象，并对系统中每个原件进行模型建立；根据系统要求选择合适的控制方法，对控制器进行参数整定。我们将充分利用计算机技术结合自动控制技术实现对水箱水位的精确控制。(Dual-capacity water tank level control system is a system using advanced control algorithm to complete the control of liquid level, which is widely used in food processing, crude oil refining, chemical production and many other practical industries. In this design, the design requires a small amount of overshoot, short adjustment time and self-balancing ability and other advantages. First of all, we should master the basic knowledge of production process and control process, select the appropriate instrument. Then the system is designed, the controlled objects are identified, and each original in the system is modeled, and the appropriate control method is selected according to the requirements of the system to set the parameters of the controller. We will make full use of computer technology combined with automatic control technology to achieve accurate control of water tank level.)