Paper Circle
Toward Unifying Group Fairness Evaluation from a Sparsity Perspective
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Current Multimodal Large Language Models (MLLMs) may struggle with tasks requiring deep logical reasoning about video content, primarily stemming from the feed-forward processing nature, which limits their ability for self-correction and iterative refinement. To address these limitations, we propose a novel framework inspired by cybernetic principles, redesigning video MLLMs as adaptive systems capable of self-monitoring, self-correction, and dynamic resource allocation during inference.
Our approach, CyberV, introduces a cybernetic loop consisting of an MLLM Inference System, a Sensor, and a Controller:
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- MLLM Inference System: Processes video content.
- Sensor: Monitors MLLM forward processes, collecting intermediate interpretations such as attention drift.
- Controller: Determines when and how to trigger self-correction and generates feedback to guide the next round.
This test-time adaptive scaling framework enhances frozen MLLMs without requiring training or additional components. Experiments demonstrate significant improvements on complex reasoning benchmarks:
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- CyberV boosts Qwen2.5-VL-7B by 8.3% and InternVL3-8B by 5.5% on VideoMMMU, surpassing the competitive proprietary model GPT-4o.
- When applied to Qwen2.5-VL-72B, it yields a 10.0% improvement, achieving performance even comparable to human experts.
- On other reasoning-focused benchmarks, our method shows consistent gains of 4.6% on the multiple-choice question section of MMVU and 2.4% on MMR-V, highlighting its robustness in enhancing logical reasoning for video understanding.
The code will be released to support further research.
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