用于移动环境可视化和推理的云服务框架

H. La, M. Kim, Soo Dong Kim
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引用次数: 3

摘要

随着各种上下文传感器在移动设备上的出现,上下文感知移动计算变得可行,并成为提供智能服务的必要技术。因此,对框架的需求不断增加,该框架提供有效的传感器监测和与感知环境的推理。然而,仍有一些研究问题;用更少的资源持续监控上下文,开发高效直观地显示上下文的功能,并设计最合适的推理机制。我们提出了一个商业级框架的设计和实现,用于监控和推理上下文,不仅适用于个人,也适用于个人群体。我们介绍了该框架的设计,包括应用的架构策略、关键算法和云接口设计。此外,我们还介绍了一个PoC实现,并展示了如何使用它来开发灾难警报系统,这是一个上下文感知的应用程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Cloud Service Framework for Visualizing and Reasoning with Mobile Contexts
With the advent of various context sensors on mobile devices, context-aware mobile computing becomes feasible and an essential technology for providing smart services. Consequently, there is an increasing demand for frameworks which provide efficient sensor monitoring and reasoning with sensed contexts. However, there remain a number of research issues; continuously monitoring contexts with less resource, developing a functionality of displaying contexts efficiently and intuitively, and designing the most appropriate reasoning mechanism. We present the design and implementation of a commercial-level framework for monitoring and reasoning contexts, not only for individuals but also for groups of individuals. We present design of the framework including architectural tactics applied, key algorithms, and cloud interface design. And, we also present a PoC implementation and show how it is used in developing Disaster Alerting System which is a context-aware application.
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