CoPlan: A Trustworthy Co-Intelligence Interface for Care Planning through Role-Based Contestable Argument Graphs
Researchers unveiled CoPlan, an AI system that helps clinicians and patients collaboratively build care plans while allowing them to challenge and revise AI suggestions.
- CoPlan introduces a contestable AI interface for healthcare, allowing clinicians and patients to challenge and revise AI-generated care plans.
- The system uses a multi-agent workflow and role-based argument graphs to structure debates about care interventions.
- Designed to improve transparency and trust in AI-assisted medical decision-making.
- Published as an arXiv preprint, indicating early-stage research with potential for real-world adoption.
A team of researchers has developed CoPlan, a co-intelligent interface designed to support collaborative care planning between clinicians, patients, and caregivers. Unlike traditional AI systems that present recommendations as final outputs, CoPlan enables stakeholders to inspect, challenge, and revise plans when they conflict with clinical judgment or patient values. The system employs a multi-agent workflow where specialized AI agents generate candidate interventions, which are then organized into role-based contestable argument graphs. This structure allows users to engage in structured debates about the validity and feasibility of proposed care strategies, fostering greater transparency and trust in AI-assisted decision-making. The approach addresses a critical gap in healthcare AI, where fixed recommendations often fail to account for the nuanced, context-dependent nature of patient care.
Offers a novel framework for building trustworthy, interactive AI systems in healthcare.
Could drive adoption of AI tools in healthcare by addressing trust and transparency concerns.
Provides a case study in designing AI systems that prioritize user contestability and collaboration.
Highlights the importance of human-AI collaboration in critical decision-making domains.
- Co-intelligence
- AI systems designed to work alongside humans as collaborative partners rather than autonomous decision-makers.
- Contestable AI
- AI systems that allow users to question, challenge, and revise outputs to ensure fairness and correctness.
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