3D_POLY

通过matlab引擎在VS下进行实时C++混合编程. 相较于通过mex编译mexw32/mexw64和直接加载dll等混编方式，使用matlab引擎最大的优势在于可以进行实时的数据传输，并且能够通过命令行最大限度地使用matlab的功能，充分发挥matlab和C++的优势，同时也更易于调用各类第三方库。(Real-time C++ hybrid programming in VS through the matlab engine. Comparing to mexw32/mexw64 and direct dll loading through mex compilation, the biggest advantage of using matlab engine is that it can carry out real-time data transmission, and can use the function of matlab to the maximum extent through the command line, giving full play to matlab and C++. The advantage, but also easier to call various types of third-party libraries.)

CATIA二次开发帮助文档，文档中详细介绍了每个函数的应用方法和CATIA开发的实例。(CATIA secondary development help documents, document introduces in detail the application of each function method and the development of CATIA examples.)

基本的程序设计入门，学习，对于新手是很好的入门教程。(The basic program design entry, for beginners learning, is a very good tutorial)

tlm2 getting started part 2

Data Access Custom Interface Standard Version 2.05A

变分模态分解在信号分解精度和噪声鲁棒性方面具有明显优势，但需预先确定模态数K，而目前K 只能靠先验知识进行预估，如果预估的K 与实际信号存在差异，会导致分解误差较大。针对以上问题，利用EMD 不需预先设定模态数的自适应分解特点，通过对EMD 分解结果的分析，进行VMD 分解模态数的估计，并通过仿真信号分析及滚动轴承故障信息提取(Variational modal decomposition has obvious advantages in signal decomposition accuracy and noise robustness, but it is necessary to determine the modal number K in advance. At present, K can only be predicted by a priori knowledge. If the estimated K exists with the actual signal Differences, will lead to greater decomposition error. In order to solve the above problems, EMD is used to analyze the decomposition results of EMD without pre-setting the adaptive decomposition of modal number. The estimation of VMD decomposition mode is carried out and analyzed by simulation signal and rolling bearing fault information extraction)

网上收集到的精品设计文档，网上招标管理系统设计(Collected online boutique design documents, online tender management system design)

Designing Embedded Communications Software

LINER_LTC1068滤波器集成芯片(LINER_LTC1068 filter integrated chip)

多无人机覆盖搜索是无人机的一项主要任务，将搜索区域进行分割后，每个子区域内成为单机覆盖搜索问题，大大降低了任务难度．对无人机的平行搜索策略进行了详细的分析，针对平行搜索策略给出了搜索起始点、转弯关键点、搜索终点的判断依据，使得区域覆盖率达到100％ ．分析了最小转弯半径对搜索路径的影响(More search UAV coverage is a major task UAV, after the search area is divided, within each sub-region a single search covering problems and greatly reduce the difficulty of the task. UAV parallel search strategy a detailed analysis for parallel search strategy given the starting point of the search, the key turning point, the end point of the search is determined on the basis of such regional coverage to 100 . The influence of minimum turning radius of the search path)