18-relation knowledge-graph completion Knowledge graph link prediction on WordNet (full, 18 relations). Inputs are directed subject-relation-object triples with learned embeddings. Inverse relations make this legacy split highly vulnerable to leakage. Evaluated by MRR.

Dataset details

Task

Knowledge graph link prediction on WordNet (full, 18 relations). The primary catalog metric is MRR.

Data

Knowledge graph link prediction on WordNet (full, 18 relations).

Features

The raw input is a set of directed subject-relation-object triples. Entity and relation embeddings are learned inputs; reciprocal edges, inverse relations, and filtered candidate sets are evaluation or preprocessing choices.

Splits and evaluation

The catalog records these protocols or variants: Standard split. Evaluation uses MRR (higher is better). Exact masks or folds must come from the cited release.

Quirks and pitfalls

Filtered ranking removes other known true triples but the graph is incomplete, so sampled corruptions can be false negatives. WN18 and FB15k contain inverse-relation leakage; use WN18RR or FB15k-237 when evaluating relational generalization.

Sources

SOTA Progression

new SOTA matches SOTA at that time other proposed result other baseline result

Leaderboard

#ModelMRR ↑Hit@10Paper
1
Inverse Model
0.9630
—
2
RotatE
0.9490 ± 0.0000
—
3
ConvE
0.9430
—
4
ANALOGY
0.9420
—
5
ComplEx
0.9410
—
6
HolE
0.9380
—
7
LinkFeat
0.9380
—
8
DistMult
0.8220
—
9
R-GCN
0.8190
—
10
R-GCN
0.8140
—
11
DistMult
0.8130
—
12
TripleRE
0.7725
0.9541
13
TransAt
0.6446
0.9510
14
TransE
0.4540
—
15
CP
0.0750
—
16
CP
0.0580
—
SOTA performance set a new SOTA at the time matched the SOTA at the time