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Effective Waste Collection with Shortest Path Semi-Static and Dynamic Routing

机译:具有最短路径半静态和动态路由的有效废物收集

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摘要

Smart cities are the next step in human habitation. In this context the proliferation of sensors and actuators within the Internet of Things (IoT) concept creates a real opportunity for increasing information awareness and subsequent efficient resource utilization. IoT-enabled smart cities will generate new services. One such service is the waste collection from the streets of smart cities. In the past, waste collection was treated with static routing models. These models were not flexible in case of segment collapse. In this paper we introduce a semi-static and dynamic shortest path routing model enhanced with sensing capabilities through the Internet connected objects in order to achieve effective waste collection.
机译:智慧城市是人类居住的下一步。在这种情况下,物联网(IoT)概念中传感器和执行器的激增为增加信息意识和随后的有效资源利用创造了真正的机会。支持物联网的智慧城市将产生新的服务。其中一项服务是从智慧城市的街道收集垃圾。过去,废物收集是通过静态路由模型处理的。这些模型在分段崩溃的情况下不灵活。在本文中,我们介绍了一种半静态和动态的最短路径路由模型,该模型通过通过Internet连接的对象的感知功能进行了增强,从而实现了有效的废物收集。

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