A new survey paper examines the computational costs associated with video large language models (VideoLLMs), which are becoming increasingly sophisticated but also more resource-intensive. The paper categorizes and analyzes various inference-efficiency mechanisms across different stages of the VideoLLM pipeline, including frame sampling, modality encoding, and LLM processing. It highlights that while these models offer strong performance in tasks like captioning and question answering, their high computational and memory demands limit their deployment in real-time or resource-constrained environments. The survey also points out significant gaps in the current research, particularly in the study of audiovisual efficiency and the standardization of evaluation methods. AI
IMPACT Highlights the need for more efficient video LLM architectures to enable broader real-time and mobile applications.
RANK_REASON Survey paper published on arXiv detailing research findings.
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