基于泛在用户模型本体的物联网时代普适环境智能平台——一个实现账户

A. Costanzo, A. Faro, D. Giordano
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摘要

本文介绍了如何在Wi-City中获得环境数据集成,即西西里岛地区政府推动的一个项目,旨在通过智能应用程序支持移动人员的活动,这些应用程序能够生成考虑个人和环境参数的个性化建议。本文展示了如何通过物联网时代监控系统成本的降低以及本体工程方法对数据集成的可用性来实现这一目标。特别是,本文的目的是说明一个普适平台,该平台由易于安装在城市上的环境传感器和易于人们穿戴的身体传感器组成,它们通过环境数据本体进行合作,以更好地支持智慧城市中的用户决策。举例说明了如何使用嵌入式消费电子产品来监视用户环境以及如何开发有效的环境数据本体,以给出所提议平台的实现说明。
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Pervasive Ambient Intelligence Platforms in the IOT Era based on a Ubiquitous User Model Ontology - An Implementation Account
This paper presents how ambient data integration is obtained in Wi-City, i.e. a project promoted by the Regional Government of Sicily that aims at supporting mobile people activities by means of intelligent applications able to generate personalized recommendations that take into account both personal and context parameters. The paper shows how this is made possible by the decreasing cost of the monitoring systems in the IOT era and by the availability of ontology engineering methods to data integration. In particular, aim of the paper is to illustrate a pervasive platform consisting of environmental sensors readily installable on the city and body sensors easily wearable by people that cooperate by means of an ambient data ontology to better support the user decisions in a smart city. Examples of how embedded consumer electronics products are used to monitor the user ambient and how developing an effective ambient data ontology are illustrated to give an implementation account of the proposed platform.
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