An Efficient Systematic Approach for Adaptability Synthesis of IOT's Performance

Abstract

The Internet of Things (IoT) has profoundly impacted various facets of contemporary society, transforming the ways in which individuals live, work, travel, and conduct business. Given its significance, it becomes imperative to ensure that IoT systems perform as intended and anticipated. This necessitates the availability of a comprehensive set of IoT performance metrics for assessment and management. This research endeavor's primary objective is to methodically catalog and categorize recent explorations into Internet of Things measurements. The writers executed a review of the literature encompassing research findings published from January 2010 until December 2021, guided by five research questions in all. Through this review, 158 in total distinct IoT measurements were unearthed and systematically grouped into 12 distinct groups, each pertaining to different facets and elements of IoT systems. To holistically assess IoT system performance, these twelve categories were carefully arranged in ontology. The outcomes unveiled the network metrics emerged as the most prevalent category of discussion, appearing 43 percent of the analyzed research, and boasting the greatest percentage of metrics, 37%. This research stands as a valuable resource for both researchers and practitioners, offering guidance when choosing the right metrics for Internet of Things systems. Additionally, it provides priceless insights into topics ripe for enhancement and optimization in the realm of IoT performance evaluation.