基于虚拟样机的智能诊断系统知识组织与表达

基于虚拟样机的智能诊断系统由协同支撑平台、模型库、样机引擎和虚拟环境组成.按系统-分系统-部件的次序进行故障诊断.诊断知识分为结构、故障处理、故障机理等10类.故障知识分经验、因果和定律三种类型.其知识表示把抢修对象的原理、维护、故障机理和维修等知识,以集合框架形式分类封装于诊断辅助系统知识库.试验证明该系统能准确表达诊断知识.     

用于计算机教育的Android实验软件(英文)

In this paper,we address the need for better hands-on learning materials in computing education and the need for integrating mobile computing education into computing curricular.We propose an innovative learning approach that uses state-of-the-art mobile computing technologies and devices to design a highly accessible and real-world relevant hands-on labware for computing education.The labware employs a modular design such that the learning materials can both be combined together into a single course of mobile program development and be integrated into the related computing courses as building blocks.The labware will help students understand the concepts,improve their problem solving skills,and prepare them for the mobile computing industrial workforce.The pilot modules of the labware have been presented to undergraduate students and have received positive feedbacks.     

基于LABVIEW的电能质量在线监测和分析

本文讨论了国家标准规定的电能质量参数的计算方法,并利用LabVIEW创建了频率、谐波、三相不平衡度的测量和数据分析程序,同时采用DataSocket技术进行网络通信。设计出了基于LABVIEW的电能质量在线监测和分析系统,该系统提高了在线监测的灵活性和参数的精度并能及时记录相关的电压事件,能够长时间稳定工作,具有一定的实用价值。     

基于Samba服务器的多平台资源共享架构的实现

针对当前高校机房实验环境基于VMware虚拟机系统下．对文件资源共享方式所存在的问题进行分析,利用Linux操作系统的优势给出一个简单容易操作的解决方案,使用Samba服务器来实现多操作系统平台间文件资源的共享和访问．对高校机房实验环境管理的优化起到一定的促进作用。     

构建数据及系统灾备中心的几点考量

概述数据灾备中心的建设规范,从核心基础设施及网络传输架构的设计等方面着手,整合和充分利用灾备中心、生产中心的资源,并以广东惠州社保异地灾备中心的建设为例。阐述构建数据及系统灾备中心需要考量的几个方面。     

惯性导航装置虚拟检测仪设计

惯性导航装置是一种很重要且精密的设备,故障检测和诊断是设备维修的前提,综合采用现在的虚拟检测技术,对惯性导航装置的故障检测方法进行了研究,设计了虚拟检测仪的硬件设备,开发了虚拟检测仪的软件,完成了整个虚拟检测仪的设计。     

云计算的应用与研究

近几年,IT界最流行的词非"云计算"莫属。虽然目前对于云计算的定义还没有一个统一的标准,但对于云计算的研究和开发已经进行得如火如荼,甚至许多公司已经推出了产品,IT界的巨头们如Google、Microsoft、Vmware正在不遗余力地推动发展云计算。对云计算的应用和研究现状进行总结。     

基于3DS Max的虚拟校园三维模型建模研究

从三维建模、材质与贴图、灯光等角度讨论了虚拟校园的实现。利用3DS Max软件。     

Film and television industry cloud exhibition design based on 3D imaging and virtual reality

The three-dimensional virtual scene can provide users with a visual three-dimensional virtual environment, with various multimedia channels such as sound, video, force feedback equipment, etc., to bring users a completely immersive interactive experience. This paper introduces 3D imaging and virtual reality technology in the film and television industry cloud exhibition, and develops a virtual display platform. First of all, this paper divides the registration into two processes: camera calibration and joint calibration of the camera and laser scanner based on the calibration results. Camera calibration can determine the plane model of the calibration board in the camera coordinate system, and the joint calibration uses the RANSAC algorithm to extract the point cloud of the plane model of the calibration board, and then optimizes the distance between the points in the plane model point cloud and the corresponding plane in the camera coordinate system Find the optimal transformation between the two sets of data, and then calculate the registration relationship between the point cloud and the image. Secondly, this article conducts a demand analysis of the film and television industry cloud exhibition platform based on virtual reality technology, including the business goals set by the platform, platform system analysis, overall design, and system operating environment and configuration requirements. This model provides a feasible solution for the visual interaction of the cloud exhibition design of the film and television industry.     

网络虚拟服务器安全性对策研究方案

针对目前虚拟服务器的安全问题进行研究。设计了一种新的Web虚拟服务器应用安全的解决方案,在代码一级对其攻击进行检测和防护。即一方面,确定代码位置,利用特定的API调用在其前后对用户输入相关的参数进行判断是否含有可能的攻击存在并进行相应的处理;另一方面在应用源代码或中间代码文件中插入本方案的检测代码,以实现防护的功能。