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Maptek DomainMCF

New paradigm for domain modelling

Maptek DomainMCF uses machine learning to generate domain boundaries direct from sample data for rapid creation of resource models. Geologists feed in drilling or other sampling data and obtain domain or grade models in dramatically less time than traditional resource modelling methods.


The Maptek Compute Framework moves away from complex software installed on desktop computers and shifts costs from capital to operating budgets. Faster, secure cloud processing is supported by flexible licensing.

Generate resource models in minutes or hours, depending on size, data density and complexity of the deposit.

Many operations only have the ability to update their resource models once or twice a year. Using DomainMCF, your project can be modelled in minutes with results comparable to classical techniques. You remain in control of the process without the onerous preparation work. New data can be added and models regenerated quickly to reflect the current data.

Streamline workflow - data errors are highlighted and the modelling job cannot be submitted until changes have been made to remedy these.

DomainMCF solves another challenge - having valid geological data to input into the resource model. Data validation is completed within DomainMCF before the modelling phase.

The new geological domain modelling process using machine learning is especially suited to large volumes of data such as later stage exploration projects and operating mines. Your operation will benefit from multiple solutions run in parallel using high performance cloud computing.


Benefits

Improve productivity
Produce resource models up to 2000 times faster and more cost effectively than other solutions.

Maximise investment
Generate resource models with certainty and report investment options to stakeholders.

Reduce costs
Cloud based processing and machine learning save time for resource modelling.

Standardised process
Repeatable and reliable results with the ability to easily update resource models.

Manage risk
Identify potential projects and accurately interpret the volume of geological data for targeting high value projects.

Measure uncertainty
Provide mine planners and potential investors with a quantitative assessment of risk due to geological uncertainty.

Build on success
Apply professional expertise to interpretation and evaluation, supported by automated machine learning approach.

Minimal setup
Cloud processing solution without onerous start-up or customisation. Start generating models within minutes.

Features

 
Introducing Maptek DomainMCF
  • Automated modelling process
  • Validate data before modelling
  • Update models to reflect current data
  • Output domain and grade codes
  • Effective for most deposit types
  • Fast, secure processing

Apply cloud processing and machine learning to generate accurate resource models with DomainMCF

Resource geologists

  • Rapidly analyse geological data and recommend decisions
  • Evaluate various scenarios to better inform project decisions
  • Minimise costs associated with project evaluation
  • Avoid time-consuming data manipulation
  • Standardise and streamline process for project evaluation

Mine geologists

  • Rapidly conduct grade estimation and make available for mine production
  • Standardise on consistent grade estimation process
  • Easily update resource models with new data
  • Avoid time-consuming data manipulation

Articles

Harnessing deposit complexity

Machine learning techniques use all data sources for geological modelling, enhancing the understanding of complex deposits and improving decision making.

Data driven geology

Technological advances have matured machine learning to a point where it can be readily and practically applied by solutions such as Maptek DomainMCF.

Uncertainty in domain modelling

Generating models that include a measure of uncertainty leads to better informed decision making and compliant resource statements.

Case Studies

Conference Paper

Deep Learning - A New Paradigm for Orebody Modelling

This 2019 paper introduces you to orebody modelling of the future. Learn how machine learning allows rapid generation of domained orebody models, including the estimation of multiple numeric variables and uncertainties, directly from drillhole data.


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