Mining Reference Architecture

The IIC Mining Task Group, led my individuals from SAP, CSIRO and XMPro, put the create of a mining-specific reference architecture on its activity list for 2019. A diverse core team was assembled

A reference architecture RA facili-tating design of multi-stakeholder digital solutions for underground mining would be valuable design knowledge for mining industry digitalization activities and would facilitate the design of concrete architectures to the underground mining context. The main contribution of this work is

Mining Software Repositories MSR has become an essential activity in software development. Mining architectural information to support architecting activities, such as architecture understanding, has received significant attention in recent years. However, there is a lack of clarity on what literature on mining architectural information is available. Consequently, this may create difficulty

Figure 4 Industrial Automation - Mining Reference Architecture . This Cisco Mining Industrial Automation CRD defines a reference architecture shown in Figure 3 above to support multiple operational and non-operational services over a secure, robust communications infrastructure. The architecture applies to the wired portion of industrial areas

At this end, Innov-acts team played a key role in developing the Mine.io Reference Architecture, providing the structuring principles to integrate different Mine.io technological solutions in end-to-end mining application. The proposed Reference Architecture leveraged the top-down and bottom-up approach, and the 41 views Methodology.

Leading the development of industry EA standards and reference models. The Open Group Exploration, Mining, Metals amp Minerals EMMM Forum is a global, vendor-neutral environment where members create Enterprise Architecture standards and reference models for the exploration, mining, metals, and minerals industries.. The EMMM Forum functions to realize sustainable business value through

A reference architecture RA facilitating design of multi-stakeholder digital solutions for underground mining would be valuable design knowledge for mining industry digitalization activities and would facilitate the design of concrete architectures to the underground mining context. The business support and application layers in the edge

CONTENTS 1. INTRODUCTION 1 1.1ScopeofthisDocument 1 1. 2 Background 2 1.3Hierarchicalvs.Horizontal 7 1.3.1TaskDecomposition 7 1.3.2WorldModeling 7 1.3.3SensoryProcessing 7 1.3.4GlobalMemory 8 1.3.5CommunicationsProcessing 8 1.3.6CommandTrees 8 2.AFUNCTIONALSYSTEMARCHITECTURE 9 2.1TaskDecomposition-TDmodules 9 2.2WorldModeling-WMmodules 9 2.2.1MaintainKnowledgeBase 11 2.2.2ProvidePredictions 11

The concept of a reference architecture for mining is first investigated by reviewing analogous efforts undertaken in other industries. These efforts are subsequently evaluated against the unique requirements of the mining industry. A set of generalised mining automation architectural models are presented as an indicative representation of the

Mining reference architectures Architecture visualization from software repositories Integration of structured and unstructured data for software architecture Mining architectural knowledge, decisions, and rationale Mining software repositories for non-functional quality attributes