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Opportunities for Sensing Systems in Mining

机译:采矿传感系统的机会

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摘要

Pervasive sensing—the capability to deploy large numbers of sensors, to link them to communication networks, and to analyze their collective data—is transforming many industries. In mining, networked sensors are already used for remote operation, automation, including driverless vehicles, health, and safety, and exploration. In this paper, the state-of-the-art sensing and monitoring technologies are assessed as solutions against the main challenges and opportunities in the mining industry. Localization, mapping, remote operation, maintenance, and health and safety are identified as the main beneficiaries from rapidly developing technologies, such as 3-D visualization, augmented reality, energy autonomous sensor nodes, distributed sensing, smart network protocols, and big data analytics. It is shown that the identification and management of ore grade, in particular, which transcends each stage of the mining process, may critically benefit from certain arising sensing technologies, where major efficiency improvements are possible in exploration, extraction, haulage, and processing activities.
机译:普适感测(部署大量传感器,将其链接到通信网络以及分析其集体数据的能力)正在改变许多行业。在采矿业中,网络传感器已经用于远程操作,自动化(包括无人驾驶车辆),健康和安全以及勘探。在本文中,对最先进的传感和监控技术进行了评估,以解决采矿业面临的主要挑战和机遇。本地化,地图绘制,远程操作,维护以及健康与安全是快速发展的技术的主要受益者,这些技术包括3-D可视化,增强现实,能源自主传感器节点,分布式传感,智能网络协议和大数据分析。研究表明,尤其是跨越采矿过程各个阶段的矿石品位的识别和管理,可能会从某些新兴的传感技术中受益匪浅,在勘探,开采,运输和加工活动中可能会大大提高效率。

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