On evaluation metrics for medical applications of artificial intelligence
Метрики оценки медицинских применений искусственного интеллекта
2022-04-08
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binary classificationevaluation metricsgastroenterologymachine learningmedical artificial intelligence
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Abstract (AI)
Clinicians and software developers need to understand how proposed machine learning (ML) models could improve patient care. No single metric captures all the desirable properties of a model, which is why several metrics are typically reported to summarize a model's performance. Unfortunately, these measures are not easily understandable by many clinicians. Moreover, comparison of models across studies in an objective manner is challenging, and no tool exists to compare models using the same performance metrics. This paper looks at previous ML studies done in gastroenterology, provides an explanation of what different metrics mean in the context of binary classification in the presented studies, and gives a thorough explanation of how different metrics should be interpreted. We also release an open source web-based tool that may be used to aid in calculating the most relevant metrics presented in this paper so that other researchers and clinicians may easily incorporate them into their research.
Key Findings
1
Common machine-learning evaluation measures are difficult for many clinicians to understand, limiting interpretation of model performance in clinical contexts.
2
No single performance metric captures all desirable properties of machine-learning models for medical applications, making multi-metric reporting necessary.
3
Objective comparison of models across medical studies is challenging because studies do not consistently provide comparable performance metrics.
4
The authors release an open-source web-based tool to calculate relevant evaluation metrics, facilitating consistent analysis by researchers and clinicians.
5
The paper explains the meanings and interpretation of binary-classification metrics using previous gastroenterology machine-learning studies as examples.
Research Object
Machine learning models for medical applications, particularly binary-classification models in gastroenterology
Research Subject
Interpretation, comparability, and calculation of model-performance evaluation metrics
Publication Details
Publication Date
2022-04-08
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