A scalable and composable analytics platform for distributed wide-area tracking

Aakash Khochare, Yogesh L. Simmhan
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Abstract

Smart cities are a manifestation of the Internet of Things (IoT). The push for smart cities has led to the proliferation of video cameras in public spaces [1]. London is expected to deploy 642,000 cameras by 2020. These cameras will be used primarily for surveillance of the city for urban safety. At the same time, such smart city deployments have also seen edge and fog computing paradigms gain preference over the cloud-only computing model [2]. This is due to the network proximity of the edge and fog devices to the data sources, offering lower latency access to data and lower bandwidth requirements to push high volume data, such as video streams, to the cloud.
一个可扩展和可组合的分析平台,用于分布式广域跟踪
智慧城市是物联网的一种表现形式。对智慧城市的推动导致了公共场所摄像机的激增[1]。预计到2020年,伦敦将部署64.2万个摄像头。这些摄像头将主要用于监控城市,保障城市安全。与此同时,这种智慧城市部署也使边缘和雾计算范式比纯云计算模型更受青睐[2]。这是由于边缘和雾设备与数据源的网络接近,提供更低的延迟访问数据和更低的带宽需求,以将大容量数据(如视频流)推送到云端。
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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