PLUME: Latent Reasoning Based Universal Multimodal Embedding explores PLUME offers a faster and more efficient universal multimodal embedding by using latent reasoning instead of explicit chain-of-thought, significantly reducing inference time for complex retrieval tasks.. Commercial viability score: 7/10 in Multimodal Embedding.
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Yuxiang Ma
Southeast University
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PLUME is significant as it addresses performance bottlenecks in multimodal retrieval systems, enhancing both efficiency and scalability by reducing the need for explicit reasoning text during inference.
To productize, build a cloud-based retrieval service offering enterprises advanced multimedia search capabilities much faster than current leading models.
PLUME could replace existing multimodal retrieval solutions that rely on verbose, explicit reasoning steps, offering a faster and more efficient alternative.
The market for retrieval engines, especially in sectors like media, research, and legal services, is vast. Companies needing fast and reliable search capabilities across text, image, and video content will find this valuable.
Develop a fast, efficient engine for video and document retrieval that utilizes PLUME's latent reasoning capabilities to enhance search accuracy and speed.
PLUME replaces explicit chain-of-thought reasoning with a latent reasoning framework, utilizing a short sequence of hidden states to perform complex query interpretation, evidence integration, and representation formation without generating reasoning text.
PLUME was tested on the MMEB-v2 benchmark, outperforming existing methods by delivering over 30x faster inference and achieving better retrieval performance with latent reasoning.
PLUME may have limitations if extended to tasks that inherently require explicit intermediate reasoning steps, or if the latent steps are insufficient for complex queries.