动手学深度学习

该设计用MFC开发的一个小例程，进行加载图片并设置定时器显示在界面上，希望对大家有帮助。(The design used MFC development of a small routine, loading pictures, and set the timer displayed on the interface, we want to help.)

说明：  DFT用于ATPG的工具usrguide(DFT tool usrguide for ATPG)

鼠标响应式手风琴特效是一款基于jquery+css3实现的鼠标(Mouse response accordion effect is a mouse based on jQuery + CSS3)

说明：  此软件可用于有线或者无线网络的网速测试，本人是用于测试行车记录仪 的WIFI吞吐量测试，亲测 有效，要求需要屏蔽箱，否则测出的结果不准(This software can be used to test the network speed of wired or wireless networks. I am a WIFI throughput test for the traffic recorder. The test is effective and requires shielding box. Otherwise, the result is not accurate.)

受纯弯载荷的箱型梁极限承载力试验中，涉及到材料非线性和几何非线性的耦合问题，而现阶段的模型箱型梁设计中，均未能考虑到几何非线性的影响，使得模型与原型的相似程度大大降低。本软件以纵骨架式箱型梁为研究对象，基于MATLAB平台，使用二分法迭代求解非线性相似准则对应的控制方程，得到考虑非线性相似问题的模型箱型梁的剖面几何参数，根据模型箱型梁的试验结果计算原型箱型梁的极限弯矩，并开发出简洁的用户操作界面，直观方便，(The coupling problem of material nonlinearity and geometric nonlinearity is involved in the ultimate bearing capacity test of box girder subjected to pure bending load. However, the influence of geometric nonlinearity is not taken into account in the design of model box girder at present, which greatly reduces the similarity between model and prototype. Based on the MATLAB platform, the control equations corresponding to the nonlinear similarity criterion are solved iteratively by the dichotomy method. The section geometric parameters of the model box girder considering the nonlinear similarity problem are obtained. The ultimate bending moment of the prototype box girder is calculated according to the test results of the model box girder. Develop a simple user interface, intuitive and convenient.)

泰森多边形模型，直接在comsol几何中导入(voronoi model,input in comsol)

实现车辆纵向，垂向的动力学分析，加速度增益、俯仰角增益等(Realize vertical and vertical dynamic analysis of the vehicle)

说明：  建立滑变结构动力学模型，进行matlab编程验证了模型的有效性。((A sliding mode dynamic model is established, and MATLAB programming is used to verify the validity of the model.))

让系统启动时运行某个应用程序-let activated a running application

this book is good for future networking.