反激变换器

利用差分进化和粒子群优化算法在栅格地图中寻找最优路径(Using Differential Evolution and Particle Swarm Optimization to Find the Optimal Path in Raster Map)

基于维格纳分布 线性正则变换及其应用 QFM信号参数估计(The Wigner-Ville Distribution Based on the Linear Canonical Transform and Its Applications for QFM Signal Parameters Estimation)

模拟实现可变分区存储管理 一、设计目的 在熟练掌握计算机分区存储管理方式的原理的基础上，利用C程序设计语言在windows操作系统下模拟实现操作系统的可变分区存储管理的功能，一方面加深对原理的理解，另一方面提高根据已有原理通过编程解决实际问题的能力，为进行系统软件开发和针对实际问题提出高效的软件解决方案打下基础。 二、各功能模块分析实现 设计合理的数据结构来描述存储空间： 对于未分配出去的部分，用空闲分区链表来描述。-simulation variable Storage Management Division I. designed to become well versed in computer storage area management approaches on the basis of principle, C programming language in the windows operating system simulation systems of variable storage area management function, on the one hand, to deepen their understanding of the principles, Under the enhanced program has been through the principle of solving practical problems. for systems software development and puts forward a highly-efficient software solutions lay the groundwork. 2, the functional analysis module designed to achieve reasonable data structure to describe the storage space : Unallocated out of the question, use idle Linklist to describe.

两个关于ansys的应力与应变方面的详细实例分析，容易入门与操作(Two stress and strain on the aspects of detailed case studies on ansys, easy entry and operation)

Method of Moments Lecture Notes

基于matlab编程环境，针对大型仓储中利用越来越多的AGV小车路径规划问题进行了编程实现。(Path Planning for AGV in a storehouse)

Circular estimator calcula los parámetros sigma y alpha de una ventana de estimación según el método Circular shifted neighbour method

这个程序能够实现各种模板的中值滤波处理，还能够计算处理后图象的熵！-the process to achieve the various templates median filter handling, but also to calculate the processed image entropy!

用C语言设计的EPSON LCD控制器S1D13700驱动。(Using C language designed EPSON LCD driver S1D13700 controller.)

说明：  本设计是将安卓技术、单片机技术、无线通信技术等相关技术应用到视频监控系统中，可实现视频监控系统的设备移动化，由可移动监控平台、控制软件两部分组成。通过无线网络对监控平台进行移动方向、速度的控制，平台上的安卓手机摄像头实时采集视频图像信号并通过无线WiFi网络将视频信号实时传输到手机端观看。具有控制方便，监控灵活，模块化，可拓展性强等优点，可应用于险情探测、防爆、现场巡视、家庭安防、图像采集等领域。此部分是安卓端代码。(This design applies Android technology, microcontroller technology, wireless communication technology and other related technologies to the video surveillance system, which can realize the equipment mobility of the video surveillance system. It consists of mobile monitoring platform and control software. The mobile direction and speed of the monitoring platform are controlled by wireless network. The Android mobile camera on the platform collects video image signals in real time and transmits them to the mobile terminal for viewing through wireless WiFi network. It has the advantages of convenient control, flexible monitoring, modularization and expansibility. It can be used in danger detection, explosion-proof, on-site inspection, family security, image acquisition and other fields.)