hypermedia system meaning in English
多介质系统, 电子文件系统
Examples
- Study on bayesian networks technology in adaptive hypermedia system
贝叶斯网络在自适应超媒体系统中应用研究 - ( 2 ) exp1oring and advancing the reference model of self - - adapting education hypermedia system construction through the ana1ysis for the exist construction and function of hypermedia system , point out the error of current education hypermedia . advance a system construction reference mode1 suiting for se1f - - adapting education hypermedia . make the ana1ysis based on the estab1 ishing system construction reference mode1
( 2 )探索并提出自适应教育超媒体系统结构的参考模型通过对已有的教育超媒体系统的结构和功能的分析，指出目前教育超媒体所存在的弊病，提出一种适应于自适应教育超媒体的系统结构参考模型，在建立系统结构参考模型的基础上进行分析。 - The variety of simulates offered by hypermedia is good for achieving and keeping information . the hypertext of hypermedia system can validly orgnize and manage instructional information . network is favourable to collaborative study that can cultivate cooperative spirit and accelerate development of higher cognitive ability . the combination of hypertext and network is benificial for discovering study that can cultivate creating spirit and accelerate development of information ability . whatsmore , information technology offers better instructional environment and technology support for mathematics experiments
表现在如下五个方面：多媒体计算机的交互性有利于激发学生的学习兴趣和充分体现学生主体作用；多媒体计算机提供外部刺激的多样性有利于知识的获取与保持；多媒体系统的超文本特性可实现对教学信息最有效的组织与管理；计算机网络特性有利于实现能培养合作精神并促进高级认知能力发展的协作式学习；超文本特性与网络特性的结合有利于实现能培养创新精神和促进信息能力发展的探究性学习。 - It has the important actual meaning in the aspect of raising the use of the further management and service in information management domain . the dissertation stars with the structural property of hypermedia system , and has discussed the element and optimization schemes of hypermedia system structure , and has analyzed the cognization factors when user is browsing in hypermedia information space , and introduces the technical condition in the design of hypermedian
以空间隐喻作为用户认知超媒体信息空间的基础,从深层揭示导航支持与用户认知的复杂性及其内在规律,分析探讨超媒体系统智能导航的模型基础(用户模型与知识库)及可视化技术,构建了认知参考模型、智能导航概念模型、智能导航框架结构模型并运用petri网技术模拟实现。