C#完成的 串口通讯类UsbUart

STM8 SPI主机 多从机程序，编译调试通过，直接可用。(STM8 SPI主机 多从机程序，编译调试通过，直接可用)

说明：  1. 最早截止时间优先EDF（Earliest DeadlineFirst）算法是非常著名的实时调度算法之一。在每一个新的就绪状态，调度器都是从那些已就绪但还没有完全处理完毕的任务中选择最早截止时间的任务，并将执行该任务所需的资源分配给它。在有新任务到来时，调度器必须立即计算EDF，排出新的定序，即正在运行的任务被剥夺，并且按照新任务的截止时间决定是否调度该新任务。如果新任务的最后期限早于被中断的当前任务，就立即处理新任务。按照EDF算法，被中断任务的处理将在稍后继续进行。 (1. The first priority deadline for EDF (Earliest DeadlineFirst) algorithm is a very famous one in real-time scheduling algorithm. In every state of readiness for a new, scheduler from those already in place but has not fully dealt with the mandate to select the earliest deadline for the task, and the implementation of the tasks required for the allocation of resources to it. In the arrival of new tasks, the scheduler must immediately calculate EDF, from the new sequencing, that is the task of running was curtailed, and new tasks in accordance with the deadline for deciding whether to dispatch the new tasks. If the new mission as early as the deadline for the immediate task was interrupted immediately to deal with new tasks. In accordance with the EDF algorithm, the task was interrupted to deal with will be at a later date to continue.)

ANSI input 5p1 implementation example

粒子群算法在三维空间机器人路径规划中的应用(PSO at three-dimensional space robot path planning)

完整的基于SBC1788平台的LWIP-1.4.0协议栈(SBC1788 based on a complete platform LWIP-1.4.0 Protocol )

一些c语言考试的统考题目, 有些用的,可以拿去看看的啊-some language examinations examination subject, and some of that can be found to see the ah

粒子滤波器使用示例，用于跟踪效果好，用VC++实现(example of particle filter)

用openGL实现的GeomipMapping算法。可以用VC7.1直接编译通过。GeomipMapping算法是在3D游戏引擎中处理地形时应用非常广泛的算法。(achieved using openGL GeomipMapping algorithm. Can be directly translated through VC7.1. GeomipMapping algorithm in three D game engine when processing the terrain is very extensive algorithm.)

用Ｃ＃制作的一个连接应用程序，具体实现具体如下：连接到库文件，并对其读取功能-C# produced a connecting applications, concrete realization as follows : connect to the library and read its function

基于欧几里得距离的聚类分析，插值与拟合的matlab实现，实现六自由度运动学逆解算法。( Clustering analysis based on Euclidean distance, Interpolation and fitting matlab implementation, Six degrees of freedom to achieve inverse kinematics algorithm.)