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IoT Applications and Services in Space Information Networks

机译:空间信息网络中的物联网应用和服务

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摘要

The rate of traffic generated by MTC is growing at a very fast pace, putting strong pressure on existing network infrastructures. One of the most challenging tasks today is being able to support M2M/IoT data exchanges by providing connectivity between any pair of M2M devices all over the world. For this reason, we analyze the role of SINs in supporting MTC in this work. Horizontal solutions are analyzed herein in order to allow interworking by acting as relay entities among different protocol stacks and services, vertically implemented over different network segments. We analyze the still pending challenges hampering interworking, and propose a possible protocol stack for M2M/IoT communications based on the oneM2M standard. Eventually, this article compares the performance achievable by using two of the most diffused application protocols, CoAP and MQTT, shedding light on their efficiency and differences.
机译:MTC产生的流量以非常快的速度增长,这给现有的网络基础架构带来了巨大的压力。当今最具挑战性的任务之一是能够通过在全球范围内的任何一对M2M设备之间提供连接来支持M2M / IoT数据交换。因此,我们分析了SIN在支持MTC这项工作中的作用。本文对水平解决方案进行了分析,以允许通过充当不同协议栈和服务之间的中继实体进行互通,并在不同网络段上垂直实现。我们分析了阻碍互通的尚待解决的挑战,并提出了一个基于oneM2M标准的M2M / IoT通信协议栈。最终,本文比较了使用两种最为广泛的应用程序协议CoAP和MQTT可获得的性能,从而阐明了它们的效率和差异。

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