08神经网络逼近股票收盘均价2

说明：  linux so 动态库 注入, 在linux2.4内核上测试通过(Linux so dynamic library injection, tested on Linux 2.4 kernel)

本程序根据太沙基一维固结的解析解求解一维固结问题(This procedure is based on the analytical solution of the one-dimensional consolidation of the Pacific base.)

说明：  齿轮动力学分析，计算吸引子，庞加莱截面图，返回映射吸引子等(Gear dynamic analysis, calculation of dynamic load factor, displacement acceleration and so on)

希望大家会看着个软件。-hope

雷达的模糊函数计算，很好用个程序，我用过(radar amguity function)

说明：  计算LED八字管段码位置值工具，可选择共阴、共阳。方便快捷。(The tool for calculating the position value of LED octagonal segment code can choose common Yin and common yang. Convenient and fast.)

说明：  随机森林Matlab实现，分类回归重要度打分(Random forest matlab implementation, classification regression importance score)

屏幕亮度调节,可以绿色运行，适用于win平台(Screen brightness adjustment)

反卷积和信号复原是信号处理技术中具有理论挑战性的分支。由于应用广泛，它一直是研究热点。有关的研究报告散布于各种专业学术技术刊物和书籍。但对于准备从事信号处理的各专业学生和研究人员还缺乏一本反映近期发展、具有引导性和系统性的书。本书希望弥补这种不足。作者对本领域所需要的基础进行了系统的整理，力求本书能包括主要基础，反映重要进展、难点和发展方向。书中强调了反卷积问题的物理起源、理论方法的要点、适应范围和限制；包括了若干程序例子和实际数据，可为读者进入应用提供帮助；同时又包括了系统深入的理论基础和前沿发展，可满足希望进入前沿研究读者的需要。(Deconvolution and signal recovery is a signal processing technology, a branch of theoretical challenge. Due to its wide, it has been a research focus. The study report is dispersed in the various professional academic and technical journals and books. But prepared to engage in signal processing for professional students and researchers still lack a reflect recent developments, with leading and systematic book. This book can compensate for this deficiency. The authors in this area needed a basis for a systematic order, and strive to include the main basis of this book, reflecting the significant progress, problems and development direction. The book emphasizes the physical origin of deconvolution problems, the main points of theoretical approaches to meet the scope and restrictions includes a number of procedural examples and actual data, can help the reader into the application the same time, the system includes in-depth theoretical basis and leading-edge the development of cutting-e)

A greedy algorithm is a simple, intuitive algorithm that is used in optimization problems