word在线控件

云雀（SLARK)AHRS姿态解码程序,将从串口获得的数据包解码成三个姿态角(The decoding of slark AHRS from URAT port!)

dirctsShow开发指南源码Chapter05(Development Guide dirctsShow source Chapter05)

关于caffe的流水线性的加速，利用xilinx的SDAccel开发工具进行fpga加速(On the linear acceleration of the flow of Caffe, using the SDAccel development tool of Xilinx to accelerate the FPGA acceleration)

串口通讯，optdell引用，打开光源并设置曝光亮度(Serial communication, optdell reference, open the light source and set the exposure brightness)

gerber解析

基于qt的视频监控器1、主界面点击指定区域打开视频显示框，输入ip地址，即可显示指定ip设备的摄像头监控图像。2、支持监控视频暂停，最大化等。3、支持同时打开多个视频显示框。

在数值模拟中控制网格和物体按照设计的需要振动，然后进行数值模拟。(In the numerical simulation, the control grid and the object are vibrate according to the needs of the design, and then the numerical simulation is carried out.)

说明：  C#进程间通信机制-注意修改发送方中的接收方路径(C# interprocess communication mechanism - note the modification of the receiver path in the sender)

运用OpenGL实现的一个虚拟场景，里面有山体的渲染、水的渲染、旗帜的渲染、房屋的渲染、下雪场景的渲染、3ds的载入、数据库链接以及路径算法等。 使用方法： P键：在房屋附近的路径上（一定要站在道路上才有效）按P键后，系统自动随机生成一个喜洋洋在地图上，并搜索你目前位置到它的最短路径，并在地面上显示。 空格键：系统只允许人在平地上行走，要实现全方位自由漫游需按空格键。 G键：天气的变化，可以切换下雪天和晴天。 鼠标左键：射击，把出现的喜洋洋射死后，它就自动消失了。 鼠标滑轮：控制移动速度。 其他键的功能自己根据代码探索吧。(Use OpenGL a virtual scene, there are mountains of rendering, rendering the water, the flag rendering, house rendering, snow scene rendering, 3ds loading, database links, and path algorithm. Usage: P key: the path near the house (must stand on the road to be effective) Press the P key, the system automatically generates a random radiant on the map, and search for your current location to its shortest path, and in the is displayed on the ground. Spacebar: The system only allows people to walk on flat ground, to achieve full freedom to roam basis having the spacebar. G key: the weather changes, you can switch snow days and sunny. Mouse button: shooting, shot after the emergence of the radiant, it automatically disappears. Mouse wheel: control movement speed. Other key features to explore their own right under the code.)

同时用函数式和传统方法介绍主要的基本算法和数据结构(Introduce the main basic algorithms and data structures with functional and traditional methods)