Agent-based IoT Coordination for Smart Cities Considering Security and Privacy
Agent-based IoT Coordination for Smart Cities Considering Security and Privacy
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DOI：
10.1109/iotsms48152.2019.8939194
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发表时间：
2019-10
期刊：
影响因子：
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通讯作者：
I. García-Magariño;Geraldine Gray;M. Rajarajan;Waqar Asif
中科院分区：
文献类型：
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作者：
I. García-Magariño;Geraldine Gray;M. Rajarajan;Waqar Asif
人们对物联网（IoT）的兴趣正在急剧增加，其智能对象及其复合服务的使用可能在未来几年内变得广泛，从而增加智能城市的数量。这项技术可以从可扩展的解决方案中受益，这些解决方案集成了多用途智能对象的复合服务，用于即将到来的物联网中集成服务的大规模使用。这项工作提出了一种基于代理的方法，用于支持大规模使用物联网提供复杂的集成服务。它的新奇依赖于使用分布式黑板进行隐式通信，分散智能对象中黑板信息的存储和管理，这些智能对象可由附近的请求访问。这避免了（a）基于集中式黑板的隐式通信的常见瓶颈和（B）由于显式对等通信而导致的带宽过载。这种解决方案在隐私和安全方面提出了挑战，本文讨论了一些潜在的解决方案。基于都柏林城市的一个区域的仿真显示了这种方法的潜在效用，说明在电动汽车的选择路径和充电站的协调域。
The interest in Internet of Things (IoT) is increasing steeply, and the use of their smart objects and their composite services may become widespread in the next few years increasing the number of smart cities. This technology can benefit from scalable solutions that integrate composite services of multiple-purpose smart objects for the upcoming large-scale use of integrated services in IoT. This work proposes an agent-based approach for supporting large-scale use of IoT for providing complex integrated services. Its novelty relies in the use of distributed blackboards for implicit communications, decentralizing the storage and management of the blackboard information in the smart objects, which are accessed by nearby requests. This avoids (a) the common bottlenecks of implicit communications based on centralized blackboards and (b) the overload of bandwidth due to explicit peer-to-peer communications. This solution raises challenges in privacy and security, and some potential solutions are discussed in this paper. Simulations based on a region in Dublin city shows the potential utility of this approach illustrated in the domain of coordination of electric vehicles in selecting paths and charging stations.