AI-Generated Compromises for Coalition Formation: Modeling, Simulation, and a Textual Case Study
Eyal Briman (Ben Gurion University of the Negev), Ehud Shapiro (Weizmann Institute of Science), Nimrod Talmon (Ben Gurion University of the Negev)

TL;DR
This paper introduces AI models that generate compromise proposals for coalition formation in text editing, using NLP and large language models to facilitate democratic collaboration like constitution drafting.
Contribution
It formalizes a holistic model incorporating agent rationality and uncertainty, and develops algorithms leveraging NLP and LLMs for effective compromise proposal generation.
Findings
Algorithms successfully identify compromise proposals in simulated coalition processes.
AI models facilitate large-scale democratic text editing tasks.
Demonstrated potential for AI to support collaborative constitution drafting.
Abstract
The challenge of finding compromises between agent proposals is fundamental to AI sub-fields such as argumentation, mediation, and negotiation. Building on this tradition, Elkind et al. (2021) introduced a process for coalition formation that seeks majority-supported proposals preferable to the status quo, using a metric space where each agent has an ideal point. The crucial step in this iterative process involves identifying compromise proposals around which agent coalitions can unite. How to effectively find such compromise proposals, however, remains an open question. We address this gap by formalizing a holistic model that encompasses agent bounded rationality and uncertainty and developing AI models to generate such compromise proposals. We focus on the domain of collaboratively writing text documents -- e.g., to enable the democratic creation of a community constitution. We apply…
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Taxonomy
TopicsMulti-Agent Systems and Negotiation · Artificial Intelligence in Law · Ethics and Social Impacts of AI
