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A novel approach to mitigate IoT gateway disconnectivity using fallback mechanism

机译:使用后备机制缓解物联网网关不连通性的新方法

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In the architecture of Internet of Things (IoT), gateway plays a critical role which provides connectivity to end nodes with the server/IT edge services. The server provides commands or necessary data to the gateways or vice-versa to drive particular IoT application. However, this scenario requires continuous connectivity of server and gateways for smooth functioning of the IoT system. Any attack or development mistakes on server may keep gateways starving for commands to be pushed to end nodes. This kind of scenario is critical to handle in industrial IoT because it deals with the critical infrastructure. In this paper, we are proposing a fallback mechanism (theoretical model) which can be incorporated within the IoT gateway to handle such disconnectivity issues of server to minimize the damage that can be caused to the complete system.
机译:在物联网(IoT)的体系结构中,网关扮演着至关重要的角色,它通过服务器/ IT边缘服务提供了到终端节点的连接性。服务器向网关提供命令或必要的数据,反之亦然,以驱动特定的IoT应用程序。但是,此方案需要服务器和网关的连续连接以使IoT系统平稳运行。服务器上的任何攻击或开发错误都可能使网关无法将命令推送到终端节点。这种情况对于处理工业物联网至关重要,因为它处理关键的基础架构。在本文中,我们提出了一种回退机制(理论模型),该机制可以并入IoT网关中,以处理服务器的此类不连通性问题,以最大程度地减少可能对整个系统造成的损害。

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