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Multi-Agent Specialist Debate for Abstract Visual Concept Learning Across Bongard Problem Taxonomies

Faculty-advised research — team forming

→ Core contributors included as co-authors

Visual AI Research

Multi-agent specialist architecture for abstract visual concept induction. Specialist agents coordinate through structured debate to surface visual rules that no single model reliably extracts.

Multi-AgentVisual AIConcept LearningSpecialist AgentsAbstract Reasoning

The crisis

  • Visual concept learning — the ability to induce abstract rules from examples — is foundational to AI systems that must adapt to novel situations without retraining
  • Current VLMs show brittle performance on structured visual reasoning; they describe images rather than induce the rule that separates them
  • Multi-agent debate is underexplored for visual reasoning tasks where decomposition by visual dimension is principled, not arbitrary

About this research

Bongard problems require inducing a single abstract rule that separates two sets of images — a task that probes structured visual reasoning beyond description. This work studies whether a multi-agent architecture with dimension-specialized specialists (geometric form, spatial relationships, cardinality, position, magnitude) and a debate mechanism can reliably surface the correct concept where monolithic VLMs fail.

Key findings

  • (In Progress)

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Roles & contributors

Open roles

Research Engineer

Open

Implement specialist agents, evaluation pipeline, and benchmark harness across Bongard-100 and Bongard-LOGO.

Skills: Python, Vision Models, Multi-Agent Systems, Evaluation

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Team

Lead Researcher

Filled

Rashanjot Kaur

Designed multi-agent architecture, specialist taxonomy, and debate mechanism.

Skills: Multi-Agent Systems, Visual AI, Research Design

Faculty Advisor

Filled

Prof. Eugene Pinsky

Academic advisor. Supervised methodology and submission.

Skills: Machine Learning, Research Methodology