CADD:上下文建模和数据裁剪工具

C. Bolchini, C. Curino, G. Orsi, E. Quintarelli, F. Schreiber, L. Tanca
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引用次数: 10

摘要

如今,用户的移动性要求内容和服务都适当地个性化,以便(移动)用户随时随地配备足够的数据共享。因此,必须考虑到关于用户,所采用的设备和环境的知识,统称为上下文,以便最大限度地减少在移动设备上导入的信息量。Context-ADDICT(上下文感知数据设计、集成、定制和裁剪)项目旨在定义一个完整的框架,该框架从早期设计阶段的方法开始,通过动态连接和集成新的、可用的信息源来支持移动用户,以便将适当的基于上下文的数据部分(称为数据块)传递到他们的移动设备。需要数据裁剪主要有两个原因:第一是保持信息的可管理性,以便用户不会被过多的、可能嘈杂的信息所迷惑;第二种情况是,当移动设备很小的时候,比如掌上电脑或手机,因此只需要保存最重要的信息。因此,上下文是关键的元信息,其作用在视图设计过程中变得至关重要。为了提供上下文感知的数据过滤,我们的系统支持两个主要的设计时活动:1)上下文设计,基于称为上下文维度树的上下文模型;2)定义每个上下文与应用程序域数据的相关部分之间的关系。
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CADD: A Tool for Context Modeling and Data Tailoring
Nowadays user mobility requires that both content and services be appropriately personalized, in order for the (mobile) user to be always - and anywhere - equipped with the adequate share of data. Thus, the knowledge about the user, the adopted device and the environment, altogether called context, has to be taken into account in order to minimize the amount of information imported on mobile devices. The Context-ADDICT (Context-Aware Data Design, Integration, Customization and Tailoring) project aims at the definition of a complete framework which, starting from a methodology for the early design phases, supports mobile users through the dynamic hooking and integration of new, available information sources, so that an appropriate context-based portion of data, called data chunk, is delivered to their mobile devices. Data tailoring is needed because of two main reasons: the first is to keep the amount of information manageable, in order for the user not to be confused by too much, possibly noisy, information; the second is the frequent case when the mobile device is a small one, like a palm computer or a cellular phone, and thus only the most significant information must be kept on board. Context is, thus, key metainformation whose role becomes essential within the process of view design. Two main design-time activities are supported by our system in order to provide context-aware data filtering: 1) context design, based on a context model called context dimension tree and 2) definition of the relationship between each context and relevant portions of the application domain data.
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