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AI Skills & How They Work

Vector Embeddings Demystified

Embeddings turn text, images, or other data into lists of numbers so that similar items land close together in a high-dimensional space. That simple idea powers semantic search, recommendations, and RAG. The practical work is choosing models, chunking well, and measuring retrieval quality, not marveling at the math.

핵심 내용

  • An embedding is a coordinate: each item becomes a vector, and distance between vectors approximates semantic similarity.
  • Models are trained for similarity: contrastive learning pulls related items together and pushes unrelated ones apart.
  • Chunking decides retrieval: too large and you miss specifics; too small and you lose context; tune on your data.
  • Cosine similarity is the default metric: most embedding models are normalized, so cosine and dot product agree.
  • Dimensions are a trade-off: more dimensions capture nuance but cost more storage and search time.
  • Embeddings are not facts: they encode similarity, not truth; a wrong document can still be the closest match.
  • Evaluation is retrieval recall: measure whether the right documents appear in the top-k results on a labeled set.
  • Re-embedding is a migration: changing models means recomputing every vector, so plan for it before you scale.

자주 묻는 질문

Are embeddings the same as keywords?

No. Keywords match exact terms; embeddings match meaning, so synonyms and paraphrases retrieve correctly.

How many dimensions do I need?

Use the model's default; reducing dimensions saves cost but usually costs recall.

Can I embed structured data?

Yes, by serializing it to text or using specialized models; quality depends on representation.

Why does retrieval return irrelevant results?

Usually chunking or query mismatch; fix the data before blaming the model.

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