多媒体文档的时空验证

J. Santos, Christiano Braga, D. Muchaluat-Saade, C. Roisin, Nabil Layaïda
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引用次数: 10

摘要

多媒体文档创作系统应该提供分析和验证工具,帮助作者在文档部署之前发现并纠正错误。虽然多媒体验证工具非常有用,但通常不提供。空间验证多媒体文档可能被执行在演讲开始前媒体项目的初始位置。但是,当媒体项目的放置位置随时间变化时,这种方法不能产生理想的结果。一些文档编写语言允许定义媒体项之间的时空关系,并且可以在运行时移动或调整它们的大小。当前的验证方法不能验证动态时空关系。本文提出一种新颖的方法对时空多媒体文档的验证。我们对文档状态进行建模,扩展了简单超媒体模型(Simple Hypermedia model, SHM),包括整个文档表示过程中的媒体项定位。文档状态之间的映射表示时间推移或用户交互。我们还定义了一组原子公式在作者的预期与时空布局可以描述和分析。
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Spatio-temporal Validation of Multimedia Documents
A multimedia document authoring system should provide analysis and validation tools that help authors find and correct mistakes before document deployment. Although very useful, multimedia validation tools are not often provided. Spatial validation of multimedia documents may be performed over the initial position of media items before presentation starts. However, such an approach does not lead to ideal results when media item placement changes over time. Some document authoring languages allow the definition of spatio-temporal relationships among media items and they can be moved or resized during runtime. Current validation approaches do not verify dynamic spatio-temporal relationships. This paper presents a novel approach for spatio-temporal validation of multimedia documents. We model the document state, extending the Simple Hypermedia Model (SHM), comprising media item positioning during the whole document presentation. Mapping between document states represent time lapse or user interaction. We also define a set of atomic formulas upon which the author's expectations related to the spatio-temporal layout can be described and analyzed.
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