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Abstract

Aspects in Mining & Mineral Science

Development of a Data Analytics & Machine Learning Tool for the Mining Industry

  • Open or CloseLewis Oduro1* and Rajive Ganguli2*

    1Mining Engineering Department, University of Utah, USA

    2Malcolm McKinnon Endowed Professor, Mining Engineering Department, University of Utah, USA

    *Corresponding author: Lewis Oduro and Rajive Ganguli, Mining Engineering Department and Malcolm McKinnon Endowed Professor, Mining Engineering Department, University of Utah, USA

Submission: September 16, 2022; Published: September 26, 2022

DOI: 10.31031/AMMS.2022.10.000726

ISSN : 2578-0255
Volume10 Issue1

Abstract

Advances in data analytics and Machine Learning (ML) techniques have seen a tremendous uplift in recent years and impacted most complex mining operations regarding safety improvement, operations optimization, and cost reduction. However, due to a lack of coding skills, most mining personnel face the challenge of fully adopting these techniques. In this project, a desktop application, Ute Analytics, was developed to allow users with little or no coding skills to perform data analytics and apply machine learning to any structured data. The app has an easy-to-use Graphical User Interface (GUI) and in-built data cleaning algorithms for users to import structured data, perform data cleaning, and store the cleaned data on their computers. Several Exploratory Data Analysis (EDA) tools were built into the app to enable users to explore trends and get insights from data. Additionally, the app has in-built machine learning tools-regression and classification algorithms- to give users the ability to train, test, and build machine learning models for predictive purposes. Finally, the app is made executable so it can be installed on any computer with Windows Operating System. With its user-friendly GUI, the desktop application was tested on real industrial data, and its ease of use proved that mining personnel and data enthusiasts with no coding experience could use it to benefit from data analytics without the need to understand or write complex computer codes.

Keywords:Ute Analytics; Desktop application; Data analytics; Machine learning; Linear regression; Random forest

Abbreviations: ML: Machine Learning; GUI: Graphical User Interface; EDA: Exploratory Data Analysis; CI: Computational Intelligence; NLP: Natural Language Processing; HSMS: Health and Safety Management Systems; RF: Random Forest; SME: Subject Matter Expert; OS: Operating System

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