Vector embeddings: Difference between revisions

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Vector embeddings' ability to represent objects as dense vectors containing their semantic information makes them highly valuable for a wide array of machine learning applications.
Vector embeddings' ability to represent objects as dense vectors containing their semantic information makes them highly valuable for a wide array of machine learning applications.


One of the most popular uses of vector embeddings is similarity search. Search algorithms like KNN and ANN necessitate calculating distances between vectors to determine similarity. Vector embeddings can be used to compute these distances. Nearest neighbor search can then be utilized for tasks such as deduplication, recommendations, anomaly detection, and reverse image search.
One of the most popular uses of vector embeddings is [[similarity search]]. Search algorithms like [[KNN]] and [[ANN]] necessitate calculating distances between vectors to determine similarity. Vector embeddings can be used to compute these distances. Nearest neighbor search can then be utilized for tasks such as [[deduplication]], [[recommendations]], [[anomaly detection]], and [[reverse image search]].


Even if embeddings are not directly used for an application, many popular machine learning models and methods rely on them internally. For instance, in encoder-decoder architectures, the embeddings generated by the encoder contain the required information for the decoder to produce a result. This architecture is widely employed in applications like machine translation and caption generation.
Even if embeddings are not directly used for an application, many popular machine learning models and methods rely on them internally. For instance, in [[encoder-decoder architectures]], the embeddings generated by the encoder contain the required information for the decoder to produce a result. This architecture is widely employed in applications like [[machine translation]] and [[caption generation]].


[[Category:Terms]] [[Category:Artificial intelligence terms]]
[[Category:Terms]] [[Category:Artificial intelligence terms]]
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