Networking reliability approach for energy analysis in wireless sensor nodes with edge computing techniques

Bhuvana Suganthi D, S. S. V. S. S. R. S. Sarma Adithe, S. Suganthi, B. Maheswari, M. Selvi
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Abstract

The pivotal objective is to compute the capacity and reliability at the edge server nodes with considering the contingency time in failure in using wireless resources. The proposed data driven approach contextually discriminates reliable and unreliable sensor data at the edge server via numerical metrics. The reliability metrics provides an alternative in which rather than dumping the whole data in cloud it process only unreliable data with its computational service. Thus the data acquisition from sensor and processing based on edge node provides improvement in terms of reducing latency for reliable data. Further, instance of unreliability in data is processed with computational storage capacity and processing at cloud.
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基于边缘计算技术的无线传感器节点能量分析网络可靠性方法
关键目标是计算边缘服务器节点的容量和可靠性,同时考虑使用无线资源时故障的应急时间。提出的数据驱动方法通过数值度量在边缘服务器上区分可靠和不可靠的传感器数据。可靠性度量提供了一种替代方案,它不是将整个数据转储到云中,而是仅使用其计算服务处理不可靠的数据。因此,基于边缘节点的传感器数据采集和处理在减少可靠数据延迟方面提供了改进。此外,数据不可靠的实例是通过计算存储容量和云处理来处理的。
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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