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Most Influential WWW 2017 Paper · 2026-03 edition

Explicit Semantic Ranking For Academic Search Via Knowledge Graph Embedding

Chenyan Xiong; Russell Power; Jamie Callan

Venue
ACM Web Conference (WWW) 2017
Recognition
Most Influential WWW 2017 Paper (Rank No. 7)
Edition
2026-03
Impact factor
6
Certificate ID
a734369a4eaa88ac

Abstract

This paper introduces Explicit Semantic Ranking (<b>ESR</b>), a new ranking technique that leverages knowledge graph embedding. Analysis of the query log from our academic search engine, <b>SemanticScholar.org</b>, reveals that a major error source is its inability to understand the meaning of research concepts in queries. To addresses this challenge, <b>ESR</b> represents queries and documents in the entity space and ranks them based on their semantic connections from their knowledge graph embedding. Experiments demonstrate <b>ESR</b>'s ability in improving <b>Semantic Scholar</b>'s online production system, especially on hard queries where word-based ranking fails.

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