Load control scheme to preserve processing capacity for emergency biometric data

Sehrish Malik, Boo-Hyung Lee, Jong‐Hyouk Lee
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Abstract

A significant increase in ageing population is seen in past ten years. Recent advances in wireless sensor networks and wireless body area networks have paved the way for remote health monitoring. With remote health monitoring devices, patients and caretakers are enabled to keep track of patient's health status each second and provide immediate treatment to the patient in case of any emergency. Reliability of such devices is a big concern as any delay or drop of biometric data transmission can put patient's life at risk. In this paper, we propose a load control scheme to provide reliable communications for emergency data. Thanks to reserved capacities for emergency data in the proposal, the packet dropping probability for emergency data is much lower than the no load control scheme.
保持应急生物特征数据处理能力的负荷控制方案
在过去的十年里,老龄化人口显著增加。无线传感器网络和无线体域网络的最新进展为远程健康监测铺平了道路。通过远程健康监测设备,患者和护理人员可以随时跟踪患者的健康状况,并在发生紧急情况时立即为患者提供治疗。这种设备的可靠性是一个大问题,因为任何生物特征数据传输的延迟或中断都可能危及患者的生命。本文提出了一种负荷控制方案,为应急数据提供可靠的通信。由于该方案为应急数据预留了容量,因此应急数据丢包概率远低于空载控制方案。
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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