8 puzzle in console application

使用C语言创建一个链表，并进行增删、排序等操作

说明：  介绍了一种新的变步长LMS自适应滤波算法。该算法具有较快的收敛速度和较小的失调，并且他不受已经存在的不相关噪声的干扰。(This paper introduces a new variable step size LMS adaptive filtering algorithm. That the algorithm has a faster convergence speed and a smaller offset, and he is not already in existence are not related to noise.)

一个小的操作系统，用于学习操作系统

这是OLE DB的一个完整例子，演示了COM下怎样从数据库读取数据。(This is a complete example of OLE DB, demonstrates how to read the data under the COM)

说明：  rtthread nano的模板，有基本的内核部分，可以完成线程调度、信号量传递等等(rtthread nano have the core can do thread and transmit the signals)

实现了无线视频传感器网络区域覆盖，对想从事着方面研究的开发人员是个很好的入门资料，开发工具是MATLAB，程序完整可靠，可直接运行处结果。

CFD数值模拟，经典PISO算法程序源程序代码。(CFD numerical simulation, classic PISO algorithm source code.)

《ARM嵌入式Linux系统开发技术详解》完整版本，该书由浅入深、通俗易懂地讲解了嵌入式Linux的系统设计与开发。全书共25章，从嵌入式处理器ARM开始，讲解了ARM处理器的资源、ARM的指令集、ADS开发工具、嵌入式系统硬件环境的构建、Boot Loader、Linux内核移植、嵌入式文件系统、嵌入式Linux多任务程序开发、嵌入式Linux设备驱动开发、嵌入式Linux网络程序开发、MiniGUI图形界面开发、设备驱动开发案例、综合案例等内容。书中通过大量的例程来讲解知识要点，并提供了大量极有参考价值的开发案例，读者可以通过这些例程和开发案例对嵌入式Linux开发有一个系统的学习和提高。(" ARM embedded Linux system development techniques explain the full version of the book easy-to-digest, simple to explain the embedded Linux system design and development. The book is 25 chapters to explain the ARM processor resources, starting from the embedded processor ARM, the ARM instruction set, ADS development tools, embedded system hardware environment, Boot Loader, Linux kernel porting embedded file system, multitasking embedded Linux application development, embedded Linux device driver development, embedded Linux network program development, the MiniGUI graphical interface development, device driver development stories, comprehensive case. Book by the large number of routines to explain the knowledge points, and provides a large number of very valuable possibilities for development through these routines and development case, the reader can learn and improve a system for embedded Linux development.)

F28335型号 无刷直流电机无位置传感器控制程序，并使用速度闭环控制，效果还不错(F28335 Model brushless DC motor position sensor control procedures, and use closed loop speed control, the results were pretty good)