Mining Contract: Mine Health and Safety Big Data Analysis and Text Mining by Machine Learning Algorithms
The objective of this project is to direct Big Data analytics and machine learning techniques to utilize leading data indicators (i.e., as opposed to lagging indicators) to help identify, predict, and control risks in mining.
Contract Status & Impact
This contract is ongoing. For more information on this contract, send a request to firstname.lastname@example.org.
The mining industry has experienced a significant reduction in fatal accidents in the United States over the last two decades. While encouraging, these statistics are somewhat misleading since the total number of mine workers and employee hours worked have also declined over this period, especially in the coal sector. Consequently, the overall incident rate of fatal accidents has remained essentially unchanged since 2015. Despite this trend, the mining industry and government have both shown a sincere commitment to actively promote efforts to reduce the incident rates for fatalities and nonfatal lost-time injuries by implementing new initiatives, processes, and technologies, including advances in safety and health management and data driven decision making.
This collaborative proposal involving Michigan Technological University, Colorado School of Mines, and private and governmental agencies aims to address three fundamental research questions that include:
- What are leading indicator data from State Workers’ Compensation Claim and MSHA databases that are best suited to predict health and safety risks or adverse outcomes?
- What are machine learning techniques most effective to analyze health and safety big data in the mining industry?
- What health and safety outcomes (i.e., risks) can be predicted using available leading indicator data?
To achieve the research goal, the following objectives will be addressed in the research: (a) Identify and extract possible leading indicator variables and H&S risks from MSHA databases; (b) Develop the machine learning models to uncover the most influential leading indicators for H&S risks; and (c) Develop a software tool for utilizing developed models for H&S risk assessment.
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- Modeling and Data Analysis of 50 to 5000 kHz Radio Wave Propagation in Coal Mines
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- Task Analysis
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