MPaS: A Micro-services based Publish/Subscribe Middleware System Model for IoT

Noor O. Ahmed
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引用次数: 4

Abstract

This paper introduces a highly scalable Micro-services based Publish and Subscribe (MPaS) system model for IoT. MPaS follows design concepts from Software Define Networking and Fractal Theory, a subset of Chaos Theory, to decompose the traditional pub/sub system into a control and data planes and further into self-similar fractals implemented as self-replicating micro services that are correct by construction. We first present the system model. Then, discuss the MPaS prototype implementation built on top of ZeroMQ, an open source messaging middleware, and deployed in docker containers on Raspberry Pi computing cluster. Finally, we show the preliminary experimental results to illustrate the practicality and the efficacy of the proposed system model.
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MPaS:基于微服务的物联网发布/订阅中间件系统模型
介绍了一种高度可扩展的基于微服务的物联网发布和订阅(MPaS)系统模型。MPaS遵循软件定义网络和分形理论(混沌理论的一个子集)的设计概念,将传统的pub/sub系统分解为控制平面和数据平面,并进一步分解为自相似的分形,实现为自复制的微服务,这些微服务在结构上是正确的。我们首先提出系统模型。然后,讨论了基于ZeroMQ(一种开源消息传递中间件)构建的MPaS原型实现,并将其部署在Raspberry Pi计算集群的docker容器中。最后,给出了初步的实验结果,以说明所提出的系统模型的实用性和有效性。
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