Communication architecture for Remote Monitoring and Diagnostics in Open Pit Mine

Shanthi Vellingiri, D. Tandur, Mallikarjun Kande
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引用次数: 3

Abstract

In this paper, we provide the requirements and analysis for the selection of adequate communication infrastructure in managing Remote Monitoring and Diagnostics (RMD) applications in Open Pit Mine (OPM) environments. We have surveyed several different real world mine environments in order to obtain common physical characteristics of the mine. We discuss the significance of evaluating the physical, structural and operational challenges of an Open Pit Mine environment before selecting any suitable communication architecture. Based on the evaluation of the mine environment along with the Remote Monitoring and Diagnostics application service requirements, we recommend feasible wireless infrastructure solutions that can handle day-to-day challenges with improved efficiency. Finally, considering the inevitable expansion of mine territory, we provide recommendations for future Remote Monitoring and Diagnostics mine automation systems as well.
露天矿远程监测与诊断的通信体系结构
在本文中,我们提供了在管理露天矿山(OPM)环境中的远程监测和诊断(RMD)应用中选择适当的通信基础设施的要求和分析。为了获得矿井的共同物理特性,我们对几种不同的真实矿井环境进行了调查。我们讨论了在选择任何合适的通信架构之前评估露天矿山环境的物理、结构和操作挑战的重要性。根据对矿山环境的评估以及远程监控和诊断应用服务需求,我们推荐可行的无线基础设施解决方案,可以提高效率处理日常挑战。最后,考虑到矿山范围的不可避免的扩大,对未来的远程监测和诊断矿山自动化系统提出了建议。
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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