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基于SVG的虚拟实验器件元数据模型

发表时间:2011-04-30  浏览量:1664  下载量:658
全部作者: 于兴彬,潘荣江
作者单位: 山东大学计算机科学与技术学院
摘 要: 给出虚拟实验器件的元数据模型,该模型描述了虚拟实验器件的可视信息、功能信息、多状态信息。提出的虚拟实验器件元数据模型基于可伸缩向量图形(scalable vector graphics, SVG)标准,具有完备性、数据独立性、可扩展性、可移植性等特点,可以很好地表示各种虚拟实验器件。
关 键 词: 计算机应用;虚拟实验;实验器件;元数据模型;可伸缩向量图形
Title: Metadata model of virtual experiment components based on SVG
Author: YU Xingbin, PAN Rongjiang
Organization: School of Computer Science and Technology, Shandong University
Abstract: The paper proposes a metadata model of virtual experiment components, which includes the representation of visual, functional, and multi-state information. The metadata model is based on scalable vector graphics (SVG) standard and has the characteristic of completeness, data independence, extendibility and portability. The proposed metadata model is suitable for designing virtual experiment components used in virtual experiments.
Key words: computer applications; virtual experiment; experiment component; metadata model; scalable vector graphics
发表期数: 2011年4月第8期
引用格式: 于兴彬,潘荣江. 基于SVG的虚拟实验器件元数据模型[J]. 中国科技论文在线精品论文,2011,4(8):691-697.
 
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