A nonparametric adaptive sampling strategy for online monitoring of big data streams

Xiaochen Xian, Andi Wang, Kaibo Liu
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引用次数: 36

Abstract

With the rapid development of sensor techniques, we often face the challenges of monitoring big data streams in modern quality control, which consist of massive series of real-time, continuously and sequentially ordered observations. For example, in manufacturing industries, hundreds or thousands of variables are observed during online production for quality insurance. Also, smart grid infrastructure needs to simultaneously monitor massive access points for intrusion and threat detection. As another example, an image sensing device continuously collects high-resolution images at high frequency for video surveillance and object movement tracking. Ideally, in those applications, it is preferable to detect assignable causes as early as possible, while maintaining a prespecified in-control Average Run Length (ARL).
大数据流在线监测的非参数自适应采样策略
随着传感器技术的快速发展,在现代质量控制中,我们经常面临监测大数据流的挑战,大数据流是由大量实时、连续、有序的观测数据组成的。例如,在制造业中,为了保证质量,在线生产过程中会观察到成百上千个变量。此外,智能电网基础设施需要同时监控大量接入点,以检测入侵和威胁。又如,图像传感设备以高频率连续采集高分辨率图像,用于视频监控和目标运动跟踪。理想情况下,在这些应用中,最好尽早检测可分配的原因,同时保持预先指定的控制平均运行长度(ARL)。
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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