Artifact: Implementation of an Adaptive Flow Management Framework for IoT Spaces

Houssam Hajj Hassan, Georgios Bouloukakis, A. Kattepur, D. Conan, Djamel Belaïd
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Abstract

This paper presents the implementation and guideline of PlanIoT, an adaptive flow management framework for IoT-enhanced spaces. Such spaces are composed of applications deployed at the Edge with varying QoS requirements in terms of response time, timely delivery, throughput, etc. Configuring the Edge infrastructure requires tuning multiple parameters for optimal QoS satisfaction of applications. This is a complex task especially when the system has to be re-adapted (e.g., emergency situations). The PlanIoT framework manages application data flows in an adaptive manner. This is achieved via the following core software components: (i) a queueing network composer; (ii) an automated planning modeler; and (iii) an AI planner. This artifact presents implementation details of these components as well as guidelines for using the PlanIoT framework.
工件:物联网空间自适应流管理框架的实现
本文介绍了PlanIoT的实施和指导方针,PlanIoT是一种针对物联网增强空间的自适应流量管理框架。这些空间由部署在边缘的应用程序组成,这些应用程序在响应时间、及时交付、吞吐量等方面具有不同的QoS要求。配置Edge基础设施需要调优多个参数,以实现应用程序的最佳QoS满意度。这是一项复杂的任务,特别是当系统必须重新适应时(例如,紧急情况下)。PlanIoT框架以一种自适应的方式管理应用程序数据流。这是通过以下核心软件组件实现的:(i)排队网络作曲器;(ii)自动规划建模器;(iii)人工智能规划器。该工件展示了这些组件的实现细节以及使用PlanIoT框架的指导方针。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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