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From Latent to Engine Manifolds: Analyzing ImageBind's Multimodal Embedding Space
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This study investigates ImageBind's ability to generate meaningful fused multimodal embeddings for online auto parts listings. We propose a simplistic embedding fusion workflow that aims to capture the overlapping information of image/text pairs, ultimately combining the semantics of a post into a joint embedding. After storing such fused embeddings in a vector database, we experiment with dimensionality reduction and provide empirical evidence to convey the semantic quality of the joint embeddings by clustering and examining the posts nearest to each cluster centroid. Additionally, our initial findings with ImageBind's emergent zero-shot cross-modal retrieval suggest that pure audio embeddings can correlate with semantically similar marketplace listings, indicating potential avenues for future research.
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Exploring Visual Embedding Spaces Induced by Vision Transformers for Online Auto Parts Marketplaces
Visual embeddings from a pretrained ViT produce poorly separated clusters of auto parts images (silhouette 0.015), far below the 0.38 reported for a multimodal model on similar data.
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