PersonaFlow generates editable personas from OSS artifacts and integrates them with issue reports, leading most of 13 studied developers to report better user understanding and over half to modify responses with more empathy or adjusted priorities.
Human Factors 37, 32–64
5 Pith papers cite this work. Polarity classification is still indexing.
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The paper introduces a foundational framework with definition, architecture, and processes for effective human oversight of AI systems, plus a documentation template and open research challenges.
The paper claims that alignment requires treating AI as part of the self through cognitive co-regulation, identifying risks like deskilling and automation bias while drawing on System 0 cognition theory.
This paper introduces meaningful human command as a more operationally effective framework than meaningful human control for military AI-enabled autonomous systems.
A mixed-methods user study with 17 surgeons produced design guidelines and the CVS Copilot HMI for role-adaptive, minimally intrusive AI support in laparoscopic cholecystectomy.
citing papers explorer
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Putting a Face to the Issue: Fostering User Empathy of Open Source Software Developers With PersonaFlow
PersonaFlow generates editable personas from OSS artifacts and integrates them with issue reports, leading most of 13 studied developers to report better user understanding and over half to modify responses with more empathy or adjusted priorities.
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Keeping an Eye on AI: A Framework for Effective Human Oversight of AI Systems
The paper introduces a foundational framework with definition, architecture, and processes for effective human oversight of AI systems, plus a documentation template and open research challenges.
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Position: AI as Part of Self -- Extending the Mind Requires Cognitive Co-Regulation
The paper claims that alignment requires treating AI as part of the self through cognitive co-regulation, identifying risks like deskilling and automation bias while drawing on System 0 cognition theory.
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Meaningful Human Command: Towards a New Model for Military Human-Robot Interaction
This paper introduces meaningful human command as a more operationally effective framework than meaningful human control for military AI-enabled autonomous systems.
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Optimizing Human-Machine Interface for Real-Time AI Support in the Operating Room: the CVS Copilot
A mixed-methods user study with 17 surgeons produced design guidelines and the CVS Copilot HMI for role-adaptive, minimally intrusive AI support in laparoscopic cholecystectomy.