Conference Proceedings
35th APCOM Symposium 2011
Conference Proceedings
35th APCOM Symposium 2011
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The 35th
International Symposium of Application of Computers and Operations Research in
the Minerals Industry (APCOM) was aimed at maintaining the APCOM goal of playing
a significant role in contributing to effective decision-making processes in the
broad minerals industries. APCOM has now become an international forum for the
presentation, discussion and examination of state-of-the-art and emerging
technologies in the fields of computer and operational research methodologies
applied to coal mining and the minerals industry.
The
proceedings contains in excess of 80 technical papers by authors from all over
the world. The topics covered in the proceedings represent a balanced mix of
traditional areas of exploration, geostatistics, mine design, production
planning, investment analysis, artificial intelligence, simulation, mine
automation, rock mechanics, mineral processing and data management
systems.
International Symposium of Application of Computers and Operations Research in
the Minerals Industry (APCOM) was aimed at maintaining the APCOM goal of playing
a significant role in contributing to effective decision-making processes in the
broad minerals industries. APCOM has now become an international forum for the
presentation, discussion and examination of state-of-the-art and emerging
technologies in the fields of computer and operational research methodologies
applied to coal mining and the minerals industry.
The
proceedings contains in excess of 80 technical papers by authors from all over
the world. The topics covered in the proceedings represent a balanced mix of
traditional areas of exploration, geostatistics, mine design, production
planning, investment analysis, artificial intelligence, simulation, mine
automation, rock mechanics, mineral processing and data management
systems.
Papers in collection
- Multi-Disciplinary Engineering Research and Development Skills for Mining - A Case Study Go to Paper
- The Decision of Stationarity in Modern Resource Estimation Go to Paper
- Formulating and Solving Complex Minerals Industry Optimisation Problems - A Systems Approach to Complex Systems Problems Go to Paper
- Visual Computing and Mine Design Go to Paper
- Reconciliation Principles for the Mining Industry Go to Paper
- JORC and Mineral Resource Classification Systems Go to Paper
- Long-Term Scheduling Go to Paper
- The Effects of Considering the Spatial Bulk Density Variability in Mineral Resources and Reserves Go to Paper
- Interactive Modelling and Visualisation of Large Deposits Using Linear Octrees Go to Paper
- Geological Domaining and Resource Estimation - ADiscussion Go to Paper
- Boundary Classification for Automated Geological Modelling Go to Paper
- Mineral Resource Classification Using a Data Geometry Index Go to Paper
- Localised Uniform Conditioning in the Multivariate Case - An Application to a Porphyry Copper Gold Deposit Go to Paper
- Localised Indicator Kriging Go to Paper
- Learning from Simulation at Boddington Gold Mine Go to Paper
- Multivariate Block Co-Simulation of an Iron Ore Deposit Go to Paper
- A Non-Parametric Bayesian Framework for Automatic Block Estimation Go to Paper
- Field Parametric Geostatistics - Geostatistical Rigorous Solutions Dealing with Extreme Grades During Resource Estimation Go to Paper
- A New Look at Multiple-Point Geostatistics for Geological Modelling Go to Paper
- Non-Parametric Bayesian Learning for Resource Estimation in the Autonomous Mine Go to Paper
- Multivariate Geostatistical Simulation via Joint Approximate Diagonalisation - A Case Study Go to Paper
- Looking for an Adequate Drilling Spacing and Heterotopic Sampling - An Iron Ore Example Go to Paper
- Calculating Similarity Among Geological Simulated Images and Reference Images Using Principal Component Analysis Go to Paper
- A New Approach to Flexible Open Pit Optimisation and Scheduling Go to Paper
- Contemporary Criteria of Open Pit Long-Term Production Scheduling Go to Paper
- Investigating the Effect of Different Block Dimensions on the Economic Life of Open Pit Mines Go to Paper
- Blast Movement Modelling and Measurement Go to Paper
- Four-Dimensional Network Relaxation Method for Long-Term Open Pit Mine Scheduling Go to Paper
- A New Metaheuristic Algorithm for Long-Term Open Pit Production Planning Go to Paper
- Integration of Oil Sands Mine Planning and Waste Management Using Goal Programmin Go to Paper
- Selection Criteria for Open Pit Production Equipment - Payload Distributions and the 10/10/20' Policy Go to Paper
- Creating the Optimal Coal Working Section Go to Paper
- Robust Decision Making - Application to Mine Planning Under Price Uncertainty Go to Paper
- Improving Truck-Shovel Matching Go to Paper
- Eight-Dimensional Planning - Construction of an Integrated Model for Mine Planning Involving Constructability Go to Paper
- Panel Caving Scheduling Under Precedence Constraints Considering Mining System Go to Paper
- A Novel Approach to Estimate the Gap Between theMiddle- and Short-Term Plans Go to Paper
- An Integer Programming Model for Optimisation of a Heavy Media Coal Preparation Plant Go to Paper
- Application of Statistical Approaches for the Development of Cost Estimation Models for JawCrushers Go to Paper
- A Numerical Approach for Prefeasibility Analysis of Tailings Disposal Options Go to Paper
- Screen Media Aperture Size Measurement Using Metso's Screen Tracker Go to Paper
- Computer Simulation of the Direct Iron Reduction in MIDREX Ovens Go to Paper
- A Fractal Approach for Mineral Breakage Go to Paper
- Fuzzy Model of a Multigrade Structure for Support of Decision-Making and Management in Mineral Processing Go to Paper
- Multi-Stage Stochastic Optimisation for Managing Major Production Incident Go to Paper
- Optimisation of Mining Policy Under Different Economical Conditions Using a Combination of Non-Linear Programming and Genetic Algorithm Go to Paper
- Development and Application of a Holistic Quantitative Deterministic Technique for Risk Modelling (Quadrim) in Mine Valuation Go to Paper
- The Resource Valuation and Optimisation Model - Real Impact from Real Options Go to Paper
- Internalising Ecological Costs in Evaluating and Planning a Mining Project Go to Paper
- What do Geostatistics and Cut-Off Grade Optimisation have to do with Real Options Applied to Mine Project Evaluation? Go to Paper
- Risk Assessment of Consumables Supplies Management in Mines Go to Paper
- Prediction of Acid Gas Generation in the Petroleum Industry Go to Paper
- Monitoring Haul Truck Operator Fatigue Using Gyroscope Data Go to Paper
- Computational Fluid Dynamics Modelling of Gas Flow Dynamics in Large Longwall Goaf Areas Go to Paper
- Synthetic Rock Mass Modelling of a Rock Mass with Non-Persistent Joints Go to Paper
- Assessing Deformability of Siltstone Under Compressive Loading by Ultrasonic Wave Propagation Go to Paper
- Optimisation of a Stochastic Rock Fracture Model Using Markov Chain Monte Carlo Simulation Go to Paper
- Probabilistic Slope Stability Assessment of Fresh Bulldog Shale in Prominent Hill Open Pit Go to Paper
- Dynamic Simulation as a Test Bed for Emerging Technologies Go to Paper
- Mill Modelling Using an Extensible Station-Based Framework Go to Paper
- Application of Simulation Technology to the Design of Coal Clearance Systems Go to Paper
- A Multibody Simulation Solution to Analyse Attachment Kinematics of Hydraulic Excavators andOther Linkages Go to Paper
- Using Flexsim Simulation Models to Assess Coalmine Roadway Development Performance Go to Paper
- Total Integrated System Simulation for Master Planning of the Dalrymple Bay Coal Chain Go to Paper
- Using Quantile Regression in Cloud Transform Simulation Go to Paper
- A System for Ore Tracking in Autonomous Mining Go to Paper
- Automatic Material and Boundary Layer Detection During the Process of Mining on a Bucket Wheel Excavator Go to Paper
- Efficient Utilisation of Raw Materials by Applying Innovative Sensor Technologies Go to Paper
- Productivity Enhancement Driver Assistance for Mining Machinery Based on Unique Two-Dimensional Radar Sensor Fusion Concept Go to Paper
- Gravity Flow Under Moisture Conditions - Control and Management of Drawpoint Mudflow Go to Paper
- A Practical Approach to Truck Dispatch for Open Pit Mines Go to Paper
- Assessment Model for Quantifiably Measuring the Impact of an Information-Based Decision Support System in a Coal Mine Integrated Remote Control Room Go to Paper
- Development of a Real-Time Fleet Cost Tool as Part of an Integrated Remote Mine Control Centre of an Integrated Remote Mine Control Centre Go to Paper
- Data Generation in the Hunter Valley Coal Chain A Case Study in Capacity Assessment A Case Study in Capacity Assessmen Go to Paper
- Using SAP Business Objects to Deliver Actionable Information for Operators to Management Go to Paper
- Development of a Real-Time Adherence to Mine Plan Tools as Part of an Integrated Remote Mine Control Centre Go to Paper
- Safety Support Functions for Underground Network Communications Go to Paper
- Mining Network and the Security Question Go to Paper
- Metso SmartTag - The Next Generation and Beyond Go to Paper
- Direct Detection of Buried Orebodies Using Gradiometry Go to Paper
- Radar-Based Surface Scanning with the World's First Fully Digital Beam Forming Technology Sensor Especially Developed for Mining Productivity and Safety Go to Paper
- Autonomous Mapping of Mine Face Geology Using Hyperspectral Data Go to Paper
- Prediction of Burden at the Sungun Copper Mine by Artificial Neural Network Go to Paper
- An Optimisation Approach to Maintenance Scheduling for Capacity Alignment in the Hunter Valley Coal Chain Go to Paper
- Critical Assessment of Machine Learning Algorithms as Estimation Techniques for a Polymetallic Ore Deposit Go to Paper
Contributor(s):
C D Cook, S Van Duin, I Porter, C V Deutsch, B J Wilde, P A Dowd, K R Johnson, H M Parker, P Stoker, J Whittle, P M Dias, J F C L Costa, J C Koppe, C Diedrich, Y D Jiang, N A Schofield, K Silversides, A Melkumyan, P Hatherly, D Wyman, A Arik, J Deraisme, W Assibey-Bonsu, W Hardtke, L Allen, I Douglas, M Humphreys, A Jewbali, F Ramos, R S Machado, M Armony, G Mariethoz, B F J Kelly, U Mueller, J Ferreira, J D V Reuwsaat, D T Ribeiro, D Roldao, E Cunha, T Webber, C Monteiro, T Tamantini, M Armstrong, A Galli, R A Halatchev, A Hekmat, M Osanloo, P Moarefvand, D La Rosa, D Thornton, S Murakami, Y Tamanishi, S Miwa, J Yamatomi, J Sattarvand, C Niemann-Delius, H Askari-Nasab, E Ben-Awuah, E K Chanda, R J Hardy, R de Jongh, P Lukic, F Grobler, T Elkington, J-M Rendu, S Nel, M S Kizil, P Knights, W Rocher, E Rubio, N Morales, M Smoljanovic, J Yarmuch, J Ortiz, E A Gunn, J Zhou, H Haghi, A R Sayadi, J V Mehrabani, B Muller, K J Riihioja, G van Niekerk, M Wortley, A C Silva, A T Bernardes, J A M Luz, S Vujic, I Miljanovic, T Benovic, A Milutinovic, A Petrovski, M J Pejovic, R Razanatsimba, Y Azimi, A Esfahanipour, T Y Dube, G W Evatt, P V Johnson, J Moriarty, P W Duck, S D Howell, C Tonkin, X Gu, Q Wang, L Martinez, O Leiva, J Araya, S Bosevski, M Hudej, M Farrokhrouz, M R Asef, J Humphries, A Koh, I Thomas, L van Latum, T Ren, R Balusu, C Claassen, M Bahaaddini, G Sharrock, B K Hebblewhite, M Karakus, B Tutmez, C Xu, D Wyborn, N Melkoumian, C Wang, Q Sui, J Wang, Q Qian, D Goodchild, H Askew, J T Blake, G J Gray, H Haut, M Dietrich, D Cai, E Baafi, B Reynolds, M Volz, B Olsson, R Norman, O Rondon, C Innes, E Nettleton, T Mathiak, M Kesting, L Overmeyer, V Gau, K Nienhaus, M Gaastra, F Mavroudis, R Winkel, C Augustin, M Hahn, M Ferrada, R F Subtil, D M Silva, J C Alves, V O Tenorio, S D Dessureault, M A Antunano, N Boland, F Engineer, M Reisi, M Savelsbergh, H Waterer, D J Hunter, M M Kahraman, C Muller, A Noack, A Huebner, E Nozawa, D FitzGerald, A Christensen, R Paterson, J Berg, S Schneider, R J Murphy, M Badroddin, H Khoshrou, A Siamaki, T Kalinowski, L Zheng, S Dutta, S Bandopadhyay, R Ganguli, D Misra
PD Hours
Approved activity
- Published: 2011
- Unique ID: PA-201111