One of the unavoidable steps for the next generation of Data Science and Artificial Intelligence technologies applied to mining
What is the Bienstock-Zuckerber (BZ) algorithm? The Bienstock-Zuckerberg (BZ) algorithm is an approach for solving large-scale, complex scheduling problems in the area of mixed-integer linear
Highlights Direct block scheduling (DBS) algorithms operate directly at the block level rather than on larger aggregates like phases or pushbacks. Not all DBS-based software
Highlights Stochastic mine planning improves decision-making by addressing uncertainties in ore grade, distribution, and project conditions. Stochastic mine planning uses probabilistic models to evaluate multiple
Highlights Blending constraints ensure consistent ore quality and reduce processing costs in open-pit mine planning. Strategic blending improves economic outcomes by managing ore variability and
Highlights Apply open pit geometric constraints early to create more accurate, realistic, and economically viable mine plans. Define widths, lengths, and vertical advance rates to
Highlights Open pit mining scheduling optimizes resource extraction and efficiency, aligning market conditions with equipment and workforce needs. MiningMath provides a varied range of restrictions