Evidence-based health informatics and the scientific development of the field
Evidence-based health informatics and the scientific development of the field
We define and discuss the nature of Evidence-based Health Informatics (EBHI), the kind of evidence health informatics researchers must generate to make EBHI a reality, and how we should grade such evidence. We propose adding principle-based evaluation studies to the list of common evaluation study types, and outline how to carry out such studies to generate evidence that will prove useful for establishing EBHI. The main purpose of a principle-based evaluation study is to test the impact on system acceptability, usage or effectiveness of a generalizable system design principle, so we also explore when during the system design process such principles are needed, and which disciplines are most promising as sources of design principles. We conclude with some challenges for EBHI, a list of the benefits of adopting this approach, and a test to ensure that we are advancing in the direction of science, as opposed to pseudoscience.
Journal Article
14-24
Wyatt, Jeremy C.
8361be5a-fca9-4acf-b3d2-7ce04126f468
2016
Wyatt, Jeremy C.
8361be5a-fca9-4acf-b3d2-7ce04126f468
Wyatt, Jeremy C.
(2016)
Evidence-based health informatics and the scientific development of the field.
In,
Ammenweth, Elske and Rigby, Michael
(eds.)
Evidence-Based Health Informatics.
(Studies in Health Technology and Informatics, 222)
IOS Press, .
(doi:10.3233/978-1-61499-635-4-14).
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Book Section
Abstract
We define and discuss the nature of Evidence-based Health Informatics (EBHI), the kind of evidence health informatics researchers must generate to make EBHI a reality, and how we should grade such evidence. We propose adding principle-based evaluation studies to the list of common evaluation study types, and outline how to carry out such studies to generate evidence that will prove useful for establishing EBHI. The main purpose of a principle-based evaluation study is to test the impact on system acceptability, usage or effectiveness of a generalizable system design principle, so we also explore when during the system design process such principles are needed, and which disciplines are most promising as sources of design principles. We conclude with some challenges for EBHI, a list of the benefits of adopting this approach, and a test to ensure that we are advancing in the direction of science, as opposed to pseudoscience.
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Published date: 2016
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Journal Article
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Local EPrints ID: 413412
URI: http://eprints.soton.ac.uk/id/eprint/413412
PURE UUID: 228d0a39-3f11-450b-86eb-de678fa3ed5c
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Date deposited: 24 Aug 2017 16:30
Last modified: 16 Mar 2024 04:23
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Contributors
Author:
Jeremy C. Wyatt
Editor:
Elske Ammenweth
Editor:
Michael Rigby
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