Let Androids Dream of Electric Sheep: A Human-like Image Implication
  Understanding and Reasoning Framework
Authors: name: Chenhao Zhang, name: Yazhe Niu

Metaphorical comprehension in images remains a critical challenge for AI
systems, as existing models struggle to grasp the nuanced cultural, emotional,
and contextual implications embedded in visual content. While multimodal large
language models (MLLMs) excel in basic Visual Question Answer (VQA) tasks, they
struggle with a fundamental limitation on image implication tasks: contextual
gaps that obscure the relationships between different visual elements and their
abstract meanings. Inspired by the human cognitive process, we propose Let
Androids Dream (LAD), a novel framework for image implication understanding and
reasoning. LAD addresses contextual missing through the three-stage framework:
(1) Perception: converting visual information into rich and multi-level textual
representations, (2) Search: iteratively searching and integrating cross-domain
knowledge to resolve ambiguity, and (3) Reasoning: generating context-alignment
image implication via explicit reasoning. Our framework with the lightweight
GPT-4o-mini model achieves SOTA performance compared to 15+ MLLMs on English
image implication benchmark and a huge improvement on Chinese benchmark,
performing comparable with the GPT-4o model on Multiple-Choice Question (MCQ)
and outperforms 36.7% on Open-Style Question (OSQ). Additionally, our work
provides new insights into how AI can more effectively interpret image
implications, advancing the field of vision-language reasoning and human-AI
interaction. Our project is publicly available at
https://github.com/MING-ZCH/Let-Androids-Dream-of-Electric-Sheep.