Clinical decision support systems (CDSS) are increasingly used by healthcare professionals for evidence-based diagnosis and treatment support. However, research has suggested that users often over-rely on system suggestions - even if the suggestions are wrong. Providing explanations could potentially mitigate misplaced trust in the system and over-reliance. In this paper, we explore how explanations are related to user trust and reliance, as well as what information users would find helpful to better understand the reliability of a system's decision-making. We investigated these questions through an exploratory user study in which healthcare professionals were observed using a CDSS prototype to diagnose hypothetic cases using fictional pati...
Decision Support Systems (DSS) are increasingly being used to support operational decision-making us...
In clinical practice, decision-making is not performed by individual knowers but by an assemblage of...
Technology systems enabled by Artificial Intelligence (AI) involve human-like abilities to assist th...
Clinical decision support systems (CDSS) are increasingly used by healthcare professionals for evide...
This paper reports on the ongoing PhD project in the field of explaining the clinical decision suppo...
Clinical decision support systems (CDSS) are increasingly being developed to assist users in making ...
This study describes a survey and subsequent observation of the use of a medical decision support sy...
This study presents a framework for understanding task and psychological factors affecting reliance ...
Abstract Background During the COVID-19 pandemic, a variety of clinical decision support systems (CD...
The increased adoption of collaborative Human-AI decision-making tools triggered a need to explain t...
Artificial intelligence (AI) could transform healthcare provision, possibly improving patient safety...
A fundamental challenge in the field of clinical decision support is to determine what characteristi...
A key requirement for the successful adoption of clinical decision support systems (CDSS) is their a...
In diagnostic reasoning, especially in a clinical setting, practitioners often widely disagree about...
Users frequently make decisions about which information systems they incorporate into their informat...
Decision Support Systems (DSS) are increasingly being used to support operational decision-making us...
In clinical practice, decision-making is not performed by individual knowers but by an assemblage of...
Technology systems enabled by Artificial Intelligence (AI) involve human-like abilities to assist th...
Clinical decision support systems (CDSS) are increasingly used by healthcare professionals for evide...
This paper reports on the ongoing PhD project in the field of explaining the clinical decision suppo...
Clinical decision support systems (CDSS) are increasingly being developed to assist users in making ...
This study describes a survey and subsequent observation of the use of a medical decision support sy...
This study presents a framework for understanding task and psychological factors affecting reliance ...
Abstract Background During the COVID-19 pandemic, a variety of clinical decision support systems (CD...
The increased adoption of collaborative Human-AI decision-making tools triggered a need to explain t...
Artificial intelligence (AI) could transform healthcare provision, possibly improving patient safety...
A fundamental challenge in the field of clinical decision support is to determine what characteristi...
A key requirement for the successful adoption of clinical decision support systems (CDSS) is their a...
In diagnostic reasoning, especially in a clinical setting, practitioners often widely disagree about...
Users frequently make decisions about which information systems they incorporate into their informat...
Decision Support Systems (DSS) are increasingly being used to support operational decision-making us...
In clinical practice, decision-making is not performed by individual knowers but by an assemblage of...
Technology systems enabled by Artificial Intelligence (AI) involve human-like abilities to assist th...