Knowledge graph embedding (KGE) converts knowledge graphs (entities, relationships) into vectors. Methods (TransE, DistMult, RotatE) learn embeddings where similar entities are close, relationships have meaning. Applications: link prediction (missing edges), entity similarity, semantic search. Mastery takes 8-10 weeks. Practitioners earn 40-50% premium because they enable recommendation systems, entity resolution, drug discovery. The 2% who design embeddings for 100M+ entity graphs are highly valued.
A knowledge graph is a structured representation of knowledge, entities (Alice, Google, CEO) connected by relationships (Alice works_at Google, Alice position CEO). A knowledge graph embedding converts this discrete graph into continuous vector space, each entity and relationship becomes a d-dimensional vector. The embedding preserves graph structure: if two entities are connected in the graph, their embeddings should be close. Methods (TransE, DistMult, RotatE) learn embeddings by minimizing a scoring function. The resulting embeddings enable downstream tasks: link prediction (guess missing relationships), entity similarity (find similar entities), semantic search.
| Région | Junior | Confirmé | Senior |
|---|---|---|---|
| USA | $100k | $180k | $280k |
| UK | $60k | $110k | $170k |
| EU | $65k | $120k | $185k |
| CANADA | $105k | $185k | $290k |
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