Slope radar monitoring – a partnership and infrastructure case study of scalability, reliability and availability

The Australasian Institute of Mining and Metallurgy
R Dixon L Tovey E Shilov
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
13
File Size:
1774 KB
Publication Date:
Nov 29, 2022

Abstract

BHP Western Australian Iron Ore (WAIO) operations use a suite of slope monitoring systems which are deployed to operational areas based on the ground control risk. Slope Radars are one system used within WAIO, having recently deployed and integrated a network of 22 radar systems across the operations. The integration required the development of supporting network architecture, infrastructure, virtualised hosting, security protocols and a technology support model. This has enabled data transfer between the physical radar systems located in open pits, to on-site offices, a vendor supported remote control room in Indonesia and the WAIO Integrated Remote Operations Centre for data analysis and monitoring of system and displacement alarms 24/7. The typical technical skillset of a Geotechnical Engineer does not include the knowledge and capability to understand and develop the supporting IT infrastructure required for establishing an integrated radar monitoring network. This paper will provide a discussion of the technology considerations for integrating radar systems and highlight the importance of the developed partnerships between internal geotechnical and technology teams and the external vendor team to ensure a reliable, robust and scalable slope monitoring solution.
Citation

APA: R Dixon L Tovey E Shilov  (2022)  Slope radar monitoring – a partnership and infrastructure case study of scalability, reliability and availability

MLA: R Dixon L Tovey E Shilov Slope radar monitoring – a partnership and infrastructure case study of scalability, reliability and availability. The Australasian Institute of Mining and Metallurgy, 2022.

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