Processing of the Gaussian Traffic from IoT Sources by Decentralized Routing Devices

机译：分散式路由设备处理来自物联网源的高斯流量

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This paper describes a model for processing IoT traffic with Gaussian distribution by decentralized routing devices. As a decentralized routing device, we chose a parallel spatial switching system and appropriate model. However, our model can also be used for other routing devices that have decentralized control and implement parallel processing of information packets on their ports. We obtained results that show the dependence of the queue lengths of information packets (transactions, agents etc.) on the time between arrival of these packets. We assumed that the service time of each packet is fixed.

机译：本文描述了一种通过分散式路由设备处理具有高斯分布的IoT流量的模型。作为分散式路由设备，我们选择了并行空间交换系统和适当的模型。但是，我们的模型也可以用于具有分散控制权并在其端口上实现信息包并行处理的其他路由设备。我们获得的结果表明，信息包（事务，代理等）的队列长度与这些包到达之间的时间有关。我们假设每个数据包的服务时间是固定的。

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《International Siberian Conference on Control and Communications》|2019年|1-4|共4页
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Denis Kutuzov; Alexey Osovsky; Dmitriy Starov; Oleg Stukach; Ekaterina Motorina;
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关键词
Routing; Internet of Things; Wireless sensor networks; Switching systems; Libraries; Gaussian distribution; Optical switches;

机译：路由;物联网;无线传感器网络;交换系统;图书馆;高斯分布;光开关;

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2. ROUTER: Fog enabled cloud based intelligent resource management approach for smart home IoT devices [J] . Gill Sukhpal Singh, Garraghan Peter, Buyya Rajkumar The Journal of Systems and Software . 2019,第AUGa期

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3. ROUTER: Fog enabled cloud based intelligent resource management approach for smart home IoT devices [J] . Gill Sukhpal Singh, Garraghan Peter, Buyya Rajkumar The Journal of Systems and Software . 2019,第Auga期

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4. Processing of the Gaussian Traffic from IoT Sources by Decentralized Routing Devices [C] . Denis Kutuzov, Alexey Osovsky, Dmitriy Starov, International Siberian Conference on Control and Communications . 2019

机译：通过分散的路由设备处理来自IOT源的高斯流量
5. A new route to macroelectronic backplanes, polycrystalline silicon on steel substrates: Materials, devices, circuits, and processing. [D] . Wu, Ming. 2001

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Processing of the Gaussian Traffic from IoT Sources by Decentralized Routing Devices

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