Developing Confidence in Machine Learning Results
Abstract
As the field of deep learning has emerged in recent years, the amount of knowledge and expertise that data scientists are expected to absorb and maintain has correspondingly increased. One of the challenges experienced by data scientists working with deep learning models is developing confidence in the accuracy of their approach and the resulting findings. In this study, we conducted semi-structured interviews with data scientists at a national laboratory to understand the processes that data scientists use when attempting to develop their models and the ways that they gain confidence that the results they obtained were accurate. These interviews were analysed to provide an overview of the techniques currently used when working with machine learning (ML) models. Opportunities for collaboration with human factors researchers to develop new tools are identified.
Keywords: human factors, machine learning, data science
DOI: 10.54941/ahfe1003576
Cite this paper
More from this volume
- Team Plan Recognition: A Review of the State of the Art
- Beyond the tool vs. teammate debate: Exploring the sidekick metaphor in human-AI dyads
- Measurement and Manipulation in Human-Agent Teams: A Review
- Measuring Trust in a Simulated Human Agent Team Task
- The Role of Artificial Theory of Mind in Supporting Human-Agent Teaming Interactions
- Evolution of Workload Demands of the Control Room with Plant Technology
- Characterizing Complexity: A Multidimensional Approach to Digital Control Room Display Research
- Evaluation of a Basic Principle SMR Simulator for Experimental Human Performance Research Studies
- Behavioral indicators - an approach for assessing nuclear control room operators’ excessive cognitive workload?
- Transfer of nuclear maintenance skills from virtual environments to reality - Toward a methodological guide
- A Proposed Methodology to Assess Cognitive Overload using an Augmented Situation Awareness System
- Assessment of pilots' training efficacy as a safety barrier in the context of Enhanced Flight Vision Systems (EFVS)


AHFE Open Access