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language:
  - en
license:
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multilinguality:
  - monolingual
size_categories:
  - n<1K
pretty_name: link_prediction_nell_one

Dataset Card for "relbert/link_prediction_nell_one"

Dataset Description

Dataset Summary

This is NELL-ONE/Wiki-One dataset for the few-shots link prediction proposed in https://aclanthology.org/D18-1223/.

train validation test
nell 8,526 1,004 2,158
nell_filter 5,498 878 1,352

TODO

  • map the wikidata id to the name of the enity for the wiki-one dataset

Dataset Structure

Data Instances

An example of test of nell looks as follows.

{
    "relation": "concept:sportsgamesport",
    "head": "concept:sportsgame:n1937_world_series",
    "tail": "concept:sport:baseball"
}

Statistics on the NELL test split

  • Entity Types (nell)
entity_type tail head
videogame 0 4
crustacean 25 11
organization 2 32
invertebrate 43 14
agriculturalproduct 0 87
astronaut 1 0
vegetable 0 8
geopoliticallocation 14 24
person 96 14
drug 0 1
arthropod 41 32
location 2 0
company 147 1
female 3 3
product 0 62
chemical 0 1
legume 0 1
county 4 10
mlsoftware 0 1
sport 74 93
fruit 0 1
personeurope 1 0
planet 1 0
mammal 0 23
professor 0 1
criminal 1 0
athlete 59 34
insect 270 230
school 0 11
automobilemodel 0 100
coffeedrink 0 11
food 0 4
celebrity 2 4
biotechcompany 11 0
animal 30 97
visualizablescene 3 3
politician 58 23
software 0 42
sportsgame 0 74
grain 0 2
city 161 42
personaustralia 5 4
politicianus 360 352
hobby 0 10
arachnid 6 1
country 317 27
male 5 3
personnorthamerica 3 1
sportsteam 0 295
stateorprovince 0 38
personus 6 1
coach 245 1
director 1 0
automobilemaker 54 274
reptile 0 4
journalist 1 0
vehicle 0 2
bodypart 69 0
amphibian 0 2
beverage 0 27
island 0 1
geopoliticalorganization 17 1
personmexico 20 13
  • Relation Types (nell)
relation relation
concept:agriculturalproductcamefromcountry 140
concept:animalsuchasinvertebrate 415
concept:athleteinjuredhisbodypart 69
concept:automobilemakerdealersincity 178
concept:automobilemakerdealersincountry 96
concept:geopoliticallocationresidenceofpersion 143
concept:politicianusendorsespoliticianus 386
concept:producedby 213
concept:sportschoolincountry 103
concept:sportsgamesport 74
concept:teamcoach 341
  • Vocab Size (nell): 68544

  • Entity Types (nell_filter)

entity_type tail head
videogame 0 4
organization 2 32
astronaut 1 0
geopoliticallocation 8 24
person 96 0
drug 0 1
company 144 1
female 3 3
product 0 62
county 4 10
personeurope 1 0
planet 1 0
professor 0 1
criminal 1 0
athlete 59 0
school 0 11
automobilemodel 0 100
celebrity 2 4
biotechcompany 10 0
visualizablescene 3 3
politician 58 23
software 0 42
city 161 42
personaustralia 5 0
politicianus 360 352
country 91 27
male 5 1
personnorthamerica 3 0
sportsteam 0 295
stateorprovince 0 38
personus 6 1
coach 245 0
director 1 0
automobilemaker 54 273
journalist 1 0
island 0 1
geopoliticalorganization 7 1
personmexico 20 0
  • Relation Types (nell_filter)
relation relation
concept:automobilemakerdealersincity 177
concept:automobilemakerdealersincountry 96
concept:geopoliticallocationresidenceofpersion 143
concept:politicianusendorsespoliticianus 386
concept:producedby 209
concept:teamcoach 341

Vocab Size (nell_filter) 53887

Citation Information

@inproceedings{xiong-etal-2018-one,
    title = "One-Shot Relational Learning for Knowledge Graphs",
    author = "Xiong, Wenhan  and
      Yu, Mo  and
      Chang, Shiyu  and
      Guo, Xiaoxiao  and
      Wang, William Yang",
    booktitle = "Proceedings of the 2018 Conference on Empirical Methods in Natural Language Processing",
    month = oct # "-" # nov,
    year = "2018",
    address = "Brussels, Belgium",
    publisher = "Association for Computational Linguistics",
    url = "https://aclanthology.org/D18-1223",
    doi = "10.18653/v1/D18-1223",
    pages = "1980--1990",
    abstract = "Knowledge graphs (KG) are the key components of various natural language processing applications. To further expand KGs{'} coverage, previous studies on knowledge graph completion usually require a large number of positive examples for each relation. However, we observe long-tail relations are actually more common in KGs and those newly added relations often do not have many known triples for training. In this work, we aim at predicting new facts under a challenging setting where only one training instance is available. We propose a one-shot relational learning framework, which utilizes the knowledge distilled by embedding models and learns a matching metric by considering both the learned embeddings and one-hop graph structures. Empirically, our model yields considerable performance improvements over existing embedding models, and also eliminates the need of re-training the embedding models when dealing with newly added relations.",
}