Towards a mining metaverse

Phillip Stothard, Peter Ryan, Takeshi Kurata, Doug Stapleton
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Abstract

Access to persistent computer-generated virtual worlds may provide a powerful tool for conceptualising the mining cycle and managing the domains of exploration, feasibility, planning, design, construction, operations, rehabilitation, decommissioning and closure. Each domain presents a significant challenge to mine operations. Realisation of persistent virtual worlds that can be accessed by many simultaneously may be possible by leveraging Metaverse technologies to produce an ‘always on’ Mining Metaverse based on International Standards and industry collaboration. The realisation of a Mining Metaverse is a complex task because the Metaverse itself has many components and domains that must be managed effectively for it to be sustainable. This article introduces the complexity of the Metaverse components as a taxonomy and was inspired from collaborative work completed by the Standards Australia IT-031 Modelling and Simulation Committee and International Standards Organisation ISO/IEC JTC 1/SC 24 Committee. It is intended as a starting point for the mining industry towards understanding what the Mining Metaverse may be, and effectively embracing and managing this complex emerging technology in the future.
迈向采矿元世界
利用计算机生成的持久性虚拟世界可以为采矿周期的概念化和勘探、可行性、规划、设计、施工、运营、恢复、退役和关闭等领域的管理提供强有力的工具。每个领域都对矿山运营提出了重大挑战。在国际标准和行业合作的基础上,利用元宇宙技术创建一个 "永远在线 "的采矿元宇宙,可以实现多人同时访问的持久虚拟世界。实现采矿元世界是一项复杂的任务,因为元世界本身有许多组成部分和领域,必须对其进行有效管理才能使其可持续发展。本文以分类法的形式介绍了Metaverse组件的复杂性,其灵感来自澳大利亚标准IT-031建模与仿真委员会和国际标准化组织ISO/IEC JTC 1/SC 24委员会的合作成果。它旨在为采矿业提供一个起点,帮助采矿业了解什么是采矿元宇宙,并在未来有效地接受和管理这一复杂的新兴技术。
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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