Mining is a mature user of high technology. However, the maturity of mining simulation use is unclear. This paper compares mining to other industries to assess maturity. Simulation technology has been implemented at varying levels of complexity, sophistication and success. Rapid advances in hardware and software make low cost, mass market and high end small market computer based simulations readily accessible. When mining is compared to other industries, simulation acceptance appears immature, particularly in the areas of risk and hazard reduction, simulation design, operational command and control and a formal implementation framework. The question asked by this paper is: ‘What is the level of maturity of interactive computer based simulation in the mining industry when compared to other industries?’ The paper reviews some of the many interactive visualisations and simulations developed for the mining industry. The outcome is a basic qualitative maturity model of simulation in the mining industry as of 2010.
SchofieldD., B. Denby and McClaron: ‘Computer graphics in virtual reality in the mining industry’, Min. Mag., Nov. 1994, 284–286.
2.
DenbyB., SchofieldD., McClaronD. J., WilliamsM. W. and WalshaT.: ‘Hazard awareness training for mining situations using ‘Virtual Reality”, Proc. Conf. APCOM ’98, 695–705;1998, London, IMM.
3.
SquelchA.: ‘Virtual reality simulators for rock engineering related training’, CSIR Mining Technology, New Delhi, India, 1997.
4.
SquelchA.: ‘Virtual reality for mine safety training in South Africa’, J. S. Afr. Inst. Min. Metall., 2001, 101, (4).
5.
BiseC. J.: ‘Virtual reality: emerging technology for training of miners’, Min. Eng., 1997, 49, (1), 37–41.
6.
LeBlanc-SmithG., CarisC. and CarterG.: ‘Interactive evaluation of mine plans with integrated geological exploration data. Virtual mine prototype: interactive visualisation methods using VRML, Java and an internet browser’, CSIRO Exploration and Mining Report No. 462F, CSIRO, Clayton South VIC, Australia, 1998.
7.
FiligenziF. T., OrrT. J. and RuffT. M.: ‘Virtual reality for mine safety training’, Appl. Occup. Environ. Hyg., 2000, 15, (6), 465–469.
8.
OrrT. J., MallettL. J. and MargolisK. A.: ‘Enhanced fire escape training for mine workers using virtual reality simulation’, Min. Eng., 2009, 61, (11), 41–44.
9.
StothardP., OttoD., LaurenceD., GalvinJ. and ZenariL.: ‘Eminesafe safety and training simulator – the integration of knowledge and skills to achieve safe human responses’, UMRC Research Report RR10/01, UNSW Mining Research Centre, Sydney, Australia, 2001.
10.
ZhangS., StothardP. and KehoeJ.: ‘Evaluation of underground virtual environment training: is a mining simulation or conventional power point more effective?’, Proc. Conf. SIMTECT 2010, Brisbane, Australia, May2010, Simulation Industry Association of Australia. Paper 32.
11.
BennettL., StothardP. and KehoeJ.: ‘Evaluating the effectiveness of virtual reality learning in a mining context’, Proc. Conf. SIMTECT 2010, Brisbane, Qld, Australia, May2010, Simulation Industry Association of Australia. Paper 29.
12.
KizilM., KerridgeA. P. and HancockM. G.: ‘Virtual reality applications in the australian minerals industry’, Proc. 31st Int. Symp. on ‘Computer applications in the minerals industries’, Cape Town, South Africa, May 2003, South African Institute of Mining and Metallurgy. Available online athttp://espace.library.uq.edu.au/view/UQ:99728.
DelabbioF. C., DunnP. G., IttereguiL. and HitchcockS.: ‘The application of 3D CAD visualisation and virtual reality in the mining and minerals processing industry’, Hatch Mining Technology Unit, Mississauga, ON, Canada, 2003.
15.
SwadlingP. and DudleyJ.: ‘VRLoader – a virtual reality training system for a mining application’, 2004, Simulation Industry Association of Australia.
16.
SchmidM. and RossmanM.: ‘Virtual reality teaching and training systems in mining – applications and operational experiences’, Glueckauf Min. Report., 2004, (2), 39–44.
17.
van WykE. and de VilliersR.: ‘Usability context analysis for virtual reality training in South African mines’, Proc Conf. of the South African Institute of Computer Scientists and Information Technologists on ‘IT research in developing countries: riding the wave of technology’, 275–276;2008, New York, ACM.
18.
LucasJ. and ThabetW.: ‘Implementation and evaluation of a VR task-based training tool for conveyor belt safety training’, J. Inf. Technol. Constr., 2008, 13, 637–659.
19.
StothardP. and LaurenceD.: ‘Development of an interactive visual knowledge management system for sustainable mining practices’, Proc. Conf. SIMTECT2010, Brisbane, Qld, Australia, May–June 2010, Simulation Industry Association of Australia. Paper 30.
ADSO: ‘Defence policy for simulation. DIG(OPS)42-1. Defence simulation policy’, Australia Defence Simulation Office, Canberra, ACT, Australia, 2001.
24.
HunterD.: ‘Keynote address: opportunities and issues for simulation in mining and construction’, Proc. Conf. SIMTECT 2007, Brisbane, Qld, Australia, June2007, Simulation Industry Association of Australia.
25.
StothardP. and GalvinJ.: ‘State of the art of virtual reality technology and its applications in 2005’; UNSW School of Mining Engineering Research Report April2005, ISBN 07334 2229 2. 2005.
