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Learning, Prediction and Mediation of Context Uncertainty in Smart Pervasive Environments

机译:智能普及环境中的语境不确定性的学习,预测和调解

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The essence of pervasive computing lies in the creation of smart environments saturated with computing and communication capabilities, yet gracefully integrated with human users (inhabitants). Context Awareness is the most salient feature in such an intelligent computing paradigm. Examples of contexts include user mobility and activity among others. This paper reviews our work towards managing context uncertainty in smart pervasive environments. First we discuss a novel game theoretic learning and prediction framework that attempts to minimize the joint location uncertainty of inhabitants in multi-inhabitant smart homes. Next we present an ambiguous context mediation framework for smart home health care application. Finally, we describe an efficient, quality-of-inference aware context determination framework in pervasive care environments. We also present open problems in this area.
机译:普遍计算的本质在于创建饱和的智能环境,饱和了计算和通信能力,但与人类用户(居民)相结合。语境意识是如此智能计算范例中的最突出的功能。背景的示例包括用户移动性和活动等。本文审查了我们在智能普遍环境中管理上下文不确定性的工作。首先,我们讨论了一种小说游戏理论学习和预测框架,试图最大限度地减少多居民智能家居中居民的联合位置不确定性。接下来,我们为智能家庭医疗保健申请表现了一个模糊的上下文中介框架。最后,我们描述了普及护理环境中的高效,推论质量的上下文确定框架。我们还在这一领域呈现了公开问题。

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