Perceptive Track Projection—Creating Context Sensitive Path, Velocity, and Auxiliary Activity Projections for Use in Autonomous Safety Intervention Systems - SME Annual Meeting 2024

Society for Mining, Metallurgy & Exploration
Robert Bissonette Samir Sbai
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
4
File Size:
59 KB
Publication Date:
Feb 1, 2024

Abstract

Machine Situational Awareness (MSA) requires the ability to efficiently evaluate the probability of interaction of objects within the environment, without creating false alarms or ignoring materializing hazards. To do this, an MSA system needs to assign context to observed object activity and integrate as much information about object identity, kinematics, behavior, and current state as possible. This paper describes how known object characteristics, attributes, and activities (drilling, dumping, driving, etc.) can refine interaction probabilities and help identify rogue actors that introduce anomalous risks to the health and safety of miners. Path projections need to incorporate velocity and direction as a function of time while accounting for terrain, safety response, environmental factors, current assigned activity, etc. This paper also describes the methodology for properly prioritizing responses to place the highest value on human safety.
Citation

APA: Robert Bissonette Samir Sbai  (2024)  Perceptive Track Projection—Creating Context Sensitive Path, Velocity, and Auxiliary Activity Projections for Use in Autonomous Safety Intervention Systems - SME Annual Meeting 2024

MLA: Robert Bissonette Samir Sbai Perceptive Track Projection—Creating Context Sensitive Path, Velocity, and Auxiliary Activity Projections for Use in Autonomous Safety Intervention Systems - SME Annual Meeting 2024. Society for Mining, Metallurgy & Exploration, 2024.

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