可视化技术在教育中的应用探索

本文介绍了可视化技术在教育中的应用。首先阐述了可视化的概念,并对科学可视化与信息可视化进行了解释。然后通过对可视化技术的介绍及其应用现状的分析,探索了可视化技术在教育和教学中的应用。可视化教学方法克服了传统教学模式的单一性,通过动画演示、人机交互技术、虚拟现实技术等把教学中抽象、难解的知识点以形象、直观的方式展现在学生面前,达到知识可视化的目的和效果。可视化技术在教育中的应用必将极大地提高教学质量和教学效率,在教育中引起一场新的革命。     

信息可视化技术及应用研究

随着我国经济水平的不断提升,在人民群众日常生产生活中,也应用了越来越多的先进科学技术,其中信息可视化技术就给人民群众带来了较大的便利。通过对信息进行可视化的处理,能够对信息数据进行更为直观的分析,使得对数据进行查阅也相对轻松。本文就对信息可视化技术的概念及运作过程进行阐释,并浅谈其在生产生活中的应用,以供参考。     

工程设计可视化技术研究及其应用

随着计算机软硬件技术、计算机图形／图象处理技术和CAD技术的飞速发展，实现工程设计可视化技术的条件己经成熟。本文介绍了工程设计可视化技术的国内外发展状况、主要研究内容和所需的计算机软硬件环境；详细讨论和系统总结了工程设计可视化技术的基础理论和实用技术结合重庆城市快速轨道交通和梁平万县高速公路方案可行性论证成功地实现了工程设计可视化。并归纳出工程设计可视化实现的一般途径，     

脚本语言在三维可视化技术中的应用与研究

三维可视化技术是目前最热门的研究领域之一,它广泛应用于各种虚拟现实的三维可视化应用系统中,有着广大的发展前景。而Flash则是网络流行的二维动画事实标准,并且随着ActionScrip脚本语言的不断完善优化,Flash更正式转型为一个开发大型网络应用程序前台的工具软件。因此如何在Flash中实现三维可视化技术,并通过ActionScript脚本语言来控制三维模型,实现用户与系统的交互,这是一块非常值得研究的领域。     

软件可视化技术及其应用研究

说明了软件可视化在可视化技术领域的地位和它的内涵 ,讨论了软件可视化系统的构成要素 ,概述了软件可视化系统的实现策略。     

脚本语言在三维可视化技术中的应用与研究

三维可视化技术是目前最热门的研究领域之一,它广泛应用于各种虚拟现实的三维可视化应用系统中,有着广大的发展前景。而Flash则是网络流行的二维动画事实标准,并且随着ActionScrip脚本语言的不断完善优化,Flash更正式转型为一个开发大型网络应用程序前台的工具软件。因此如何在Flash中实现三维可视化技术,并通过ActionScript脚本语言来控制三维模型,实现用户与系统的交互,这是一块非常值得研究的领域。     

计算机视频技术在可视化教学中的应用研究

计算机视频是可视化教学中的一个重要信息源.本文结合实践经验,介绍了可视化教学中常用的视频格式和视频设备,教学视频的一般处理过程和发布方式,阐述了在应用视频技术进行可视化教学时应注意的问题,指导教师在教学中正确使用计算机视频技术.     

跨地域高性能科学计算及其可视化的设计和实现

A new platform,which connects distributed High Performance Computing(HPC) resources in the country and provides a user-friendly Web interface to ghe general researchers in different fields,is presented in the paper.Users can put forward large HPC tasks through Internet borowser,watch the running status of the task,and get the result along with the visualization effect in the end.The system will promote the popularitation of HPC and interfields research.     

可视化技术在医学中的应用

医学图像可视化技术作为有力的辅助手段，能够为医生提供其有真实感的三维医学图像，便于医生从多角度、多层次进行观察和分析，在辅助医生诊断、治疗等方面都发挥着重要的作用。本文就三维可视化技术及其在医学中的三维数据重构技术进行阐述和讨论。     

MATLAB在动态可视化设计中的应用

汽车点火控制系统要求系统具有精确性、实时性和调试过程的可视性。新型汽车电子点火控制系统是以点火提前角的特性曲线MAP图为基础控制数据,动态选用插值算法和变阶曲面拟合算法。在系统调试过程中的可视化是一个不容忽视的问题,从Matlab6的ActiveX接口出发,实现了VB与MATLAB的链接。研究了数据接口的实现方法。利用Matlab6与VB混合编程,完成了动态MAP图的实时绘制和后期处理,实现了动态可视化设计。     

xGrid:面向交叉学科研究的网格原型

xGrid是一种面向交又学科研究的网格．它把分散在各地的高性能计算机、海量存储器、贵重仪器和数据库等用中间件软件有机粘合在一起，形成一个信息处理基础设施，为各地的科技工作者提供单一映像的虚拟资源平台．同时，xGrid提供了多种手段支持交叉学科的科研和教学活动，包括Web使用界面、应用模板库、可视化支撑平台和协同工作工具等，本文详细讨论了xGrid的设计思想和实现考虑．     

超级计算机系统实时节能控制技术的理论与实践研究

本文提出了一种解决超级计算机中系统级节能问题的方案,采用共享计算机资源实时任务执行概率和节点机安全切入和切出机制,实现了超级计算机系统中负载检测统计和预测以及节能安全决策。初步实验表明,本文提出的节能安全决策方法可以实现较多节能,其节能效果受限于具体的系统模型、开销模型和负载预测结果。     

如何运用信息技术进行档案接收和征集工作

基于对现代信息技术的基本认识,本文以高校档案管理工作实践为基础,介绍了如何运用计算机网络、现代通讯、数据库、扫描等现代信息技术接收和征集档案。揭示了档案信息化建设的紧迫性,从而增强档案人员和决策层的现代化管理意识,促进档案事业的发展。     

Translating concepts of complexity to the field of ergonomics

Since 1958 more than 80 journal papers from the mainstream ergonomics literature have used either the words ‘complex’ or ‘complexity’ in their titles. Of those, more than 90% have been published in only the past 20 years. This observation communicates something interesting about the way in which contemporary ergonomics problems are being understood. The study of complexity itself derives from non-linear mathematics but many of its core concepts have found analogies in numerous non-mathematical domains. Set against this cross-disciplinary background, the current paper aims to provide a similar initial mapping to the field of ergonomics. In it, the ergonomics problem space, complexity metrics and powerful concepts such as emergence raise complexity to the status of an important contingency factor in achieving a match between ergonomics problems and ergonomics methods. The concept of relative predictive efficiency is used to illustrate how this match could be achieved in practice. What is clear overall is that a major source of, and solution to, complexity are the humans in systems. Understanding complexity on its own terms offers the potential to leverage disproportionate effects from ergonomics interventions and to tighten up the often loose usage of the term in the titles of ergonomics papers.

Statement of Relevance: This paper reviews and discusses concepts from the study of complexity and maps them to ergonomics problems and methods. It concludes that humans are a major source of and solution to complexity in systems and that complexity is a powerful contingency factor, which should be considered to ensure that ergonomics approaches match the true nature of ergonomics problems.     

Process and Pitfalls of Online Teaching and Learning with Design Study “Lite” Methodology: A Retrospective Analysis

Design studies are an integral method of visualization research with hundreds of instances in the literature. Although taught as a theory, the practical implementation of design studies is often excluded from visualization pedagogy due to the lengthy time commitments associated with such studies. Recent research has addressed this challenge and developed an expedited design study framework, the Design Study “Lite” Methodology (DSLM), which can implement design studies with novice students within just 14 weeks. The framework was developed and evaluated based on five semesters of in-person data visualization courses with 30 students or less and was implemented in conjunction with Service-Learning (S-L). With the growth and popularity of the data visualization field—and the teaching environment created by the COVID-19 pandemic—more academic institutions are offering visualization courses online. Therefore, in this paper, we strengthen and validate the epistemological foundations of the DSLM framework by testing its (1) adaptability to online learning environments and conditions and (2) scalability to larger classes with up to 57 students. We present two online implementations of the DSLM framework, with and without Service-Learning (S-L), to test the adaptability and scalability of the framework. We further demonstrate that the framework can be applied effectively without the S-L component. We reflect on our experience with the online DSLM implementations and contribute a detailed retrospective analysis using thematic analysis and grounded theory methods to draw valuable recommendations and guidelines for future applications of the framework. This work verifies that DSLM can be used successfully in online classes to teach design study methodology. Finally, we contribute novel additions to the DSLM framework to further enhance it for teaching and learning design studies in the classroom. The preprint and supplementary materials for this paper can be found at https://osf.io/6bjx5/.     

YH－2并行巨型机结构设计的几项标准化工作

本文简要地介绍ＹＨ－２并行巨型机有关结构设计中对标准化、通用化及模块化的几点考虑。     

MSP问题解法的并行化研究

为提高MSP问题的多项式时间算法ZH算法的计算速度，使其能够进行更大规模多级图的测试，本文对ZH算法进行了性能分析与并行的可行性评估，针对ZH算法中循环体较多的特点，分别在巨型机和普通PC机上进行MSP问题求解算法的首次并行化实践，随之对并行化算法提出优化方法，在实验中取得了较高的加速比。     

Performance comparison of the CRAY-2 and CRAY X-MP/416 supercomputers

The serial and parallel performance of one of the world's fastest general purpose computers, the CRAY-2, is analyzed using the standard Los Alamos Benchmark Set plus codes adapted for parallel processing. For comparison, architectural and performance data are also given for the CRAY X-MP/416. Factors affecting performance, such as memory bandwidth, size and access speed of memory, and software exploitation of hardware, are examined. The parallel processing environments of both machines are evaluated, and speedup measurements for the parallel codes are given.An earlier version of this paper was presented at Supercomputing '88This work was performed under the auspices of the U.S. Department of Energy.     

复杂系统、非线性科学与智能控制理论

为了满足控制越来越复杂对象的需要 ,本文首先阐述了复杂系统与复杂性的基本概念。其次介绍了非线性科学 ,包括耗散结构论、协同学、突变论及混沌学的基本要点。最后 ,论述了智能控制理论的基本思想 ,并提出了基于非线性科学的复杂系统智能控制理论的新观点。     

YH-2并行巨型机结构设计的几项标准化工作

本文简要地介绍ＹＨ－２并行巨型机有关结构设计中对标准化、通用化及模块化的几点考虑。