Autonomic Ranking of Resources in IoT Exploring Fuzzy Logic and Machine Learning

Renato Dilli, Amanda Argou, R. Reiser, A. Yamin
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Abstract

Currently, billions of resources are connected to the Internet, many providing services. There is forecast to be a significant increase in the number of resources in the coming years. The adequate selection of resources that best meet the demands of users among a large number of options has been a relevant and current research challenge in the autonomic IoT management. This paper specifies and evaluates the pre-classification of new resources of the EXEHDA middleware based on the non-functional parameters of QoS. Fuzzy logic is used in the treatment of uncertainties in defining the importance weights of QoS attributes. The results obtained in the evaluation of the accuracy of the pre-classification through fuzzy logic and machine learning are presented.
探索模糊逻辑和机器学习的物联网资源自主排序
目前,数十亿资源连接到互联网,其中许多提供服务。据预测,未来几年的资源数量将显著增加。在大量选项中充分选择最能满足用户需求的资源是自主物联网管理中相关和当前的研究挑战。基于QoS的非功能参数,对EXEHDA中间件新资源的预分类进行了规范和评价。在定义QoS属性的重要性权重时,采用模糊逻辑处理不确定性。给出了利用模糊逻辑和机器学习对预分类精度进行评价的结果。
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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