ir_datasets : ClueWeb12

import ir_datasets
dataset = ir_datasets.load("clueweb12")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12 docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

{
  "docs": {
    "count": 733019372,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  }
}

`"clueweb12/b13"`

Official subset of the ClueWeb12 datasets with 52M web pages.

docs

52M docs

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13 docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  }
}

`"clueweb12/b13/clef-ehealth"`

The CLEF eHealth 2016-17 IR dataset. Contains consumer health queries and judgments containing trustworthiness and understandability scores, in addition to the normal relevance assessments.

This dataset contains the combined 2016 and 2017 relevance judgments, since the same queries were used in the two year. The assessment year can be distinguished using iteration (2016 is iteration 0, 2017 is iteration 1).

300 queries

Language: en

Query type:

GenericQuery: (namedtuple)

query_id: str
text: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth")
for query in dataset.queries_iter():
    query # namedtuple<query_id, text>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth queries



[query_id]    [text]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

269K qrels

Query relevance judgment type:

EhealthQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
trustworthiness: int
understandability: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	Not relevant	`231K`	85.7%
1	Somewhat relevant	`23K`	8.4%
2	Highly relevant	`16K`	5.9%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, trustworthiness, understandability, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth qrels --format tsv



[query_id]    [doc_id]    [relevance]    [trustworthiness]    [understandability]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Zuccon2016ClefEhealth,Palotti2017ClefEhealth}

Bibtex:

@inproceedings{Zuccon2016ClefEhealth, title={The IR Task at the CLEF eHealth Evaluation Lab 2016: User-centred Health Information Retrieval}, author={Guido Zuccon and Joao Palotti and Lorraine Goeuriot and Liadh Kelly and Mihai Lupu and Pavel Pecina and Henning M{\"u}ller and Julie Budaher and Anthony Deacon}, booktitle={CLEF}, year={2016} } @inproceedings{Palotti2017ClefEhealth, title={CLEF 2017 Task Overview: The IR Task at the eHealth Evaluation Lab - Evaluating Retrieval Methods for Consumer Health Search}, author={Joao Palotti and Guido Zuccon and Jimmy and Pavel Pecina and Mihai Lupu and Lorraine Goeuriot and Liadh Kelly and Allan Hanbury}, booktitle={CLEF}, year={2017} }

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 300
  },
  "qrels": {
    "count": 269232,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 230658,
          "1": 22584,
          "2": 15990
        }
      }
    }
  }
}

`"clueweb12/b13/clef-ehealth/cs"`

The CLEF eHealth 2016-17 IR dataset, with queries professionally translataed to Czech. See clueweb12/b13/clef-ehealth for more details.

300 queries

Language: cs

Query type:

GenericQuery: (namedtuple)

query_id: str
text: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/cs")
for query in dataset.queries_iter():
    query # namedtuple<query_id, text>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/cs queries



[query_id]    [text]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/cs")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/cs docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

269K qrels

Query relevance judgment type:

EhealthQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
trustworthiness: int
understandability: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	Not relevant	`231K`	85.7%
1	Somewhat relevant	`23K`	8.4%
2	Highly relevant	`16K`	5.9%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/cs")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, trustworthiness, understandability, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/cs qrels --format tsv



[query_id]    [doc_id]    [relevance]    [trustworthiness]    [understandability]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Zuccon2016ClefEhealth,Palotti2017ClefEhealth}

Bibtex:

@inproceedings{Zuccon2016ClefEhealth, title={The IR Task at the CLEF eHealth Evaluation Lab 2016: User-centred Health Information Retrieval}, author={Guido Zuccon and Joao Palotti and Lorraine Goeuriot and Liadh Kelly and Mihai Lupu and Pavel Pecina and Henning M{\"u}ller and Julie Budaher and Anthony Deacon}, booktitle={CLEF}, year={2016} } @inproceedings{Palotti2017ClefEhealth, title={CLEF 2017 Task Overview: The IR Task at the eHealth Evaluation Lab - Evaluating Retrieval Methods for Consumer Health Search}, author={Joao Palotti and Guido Zuccon and Jimmy and Pavel Pecina and Mihai Lupu and Lorraine Goeuriot and Liadh Kelly and Allan Hanbury}, booktitle={CLEF}, year={2017} }

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 300
  },
  "qrels": {
    "count": 269232,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 230658,
          "1": 22584,
          "2": 15990
        }
      }
    }
  }
}

`"clueweb12/b13/clef-ehealth/de"`

The CLEF eHealth 2016-17 IR dataset, with queries professionally translataed to German. See clueweb12/b13/clef-ehealth for more details.

300 queries

Language: de

Query type:

GenericQuery: (namedtuple)

query_id: str
text: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/de")
for query in dataset.queries_iter():
    query # namedtuple<query_id, text>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/de queries



[query_id]    [text]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/de")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/de docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

269K qrels

Query relevance judgment type:

EhealthQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
trustworthiness: int
understandability: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	Not relevant	`231K`	85.7%
1	Somewhat relevant	`23K`	8.4%
2	Highly relevant	`16K`	5.9%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/de")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, trustworthiness, understandability, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/de qrels --format tsv



[query_id]    [doc_id]    [relevance]    [trustworthiness]    [understandability]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Zuccon2016ClefEhealth,Palotti2017ClefEhealth}

Bibtex:

@inproceedings{Zuccon2016ClefEhealth, title={The IR Task at the CLEF eHealth Evaluation Lab 2016: User-centred Health Information Retrieval}, author={Guido Zuccon and Joao Palotti and Lorraine Goeuriot and Liadh Kelly and Mihai Lupu and Pavel Pecina and Henning M{\"u}ller and Julie Budaher and Anthony Deacon}, booktitle={CLEF}, year={2016} } @inproceedings{Palotti2017ClefEhealth, title={CLEF 2017 Task Overview: The IR Task at the eHealth Evaluation Lab - Evaluating Retrieval Methods for Consumer Health Search}, author={Joao Palotti and Guido Zuccon and Jimmy and Pavel Pecina and Mihai Lupu and Lorraine Goeuriot and Liadh Kelly and Allan Hanbury}, booktitle={CLEF}, year={2017} }

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 300
  },
  "qrels": {
    "count": 269232,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 230658,
          "1": 22584,
          "2": 15990
        }
      }
    }
  }
}

`"clueweb12/b13/clef-ehealth/fr"`

The CLEF eHealth 2016-17 IR dataset, with queries professionally translataed to French. See clueweb12/b13/clef-ehealth for more details.

300 queries

Language: fr

Query type:

GenericQuery: (namedtuple)

query_id: str
text: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/fr")
for query in dataset.queries_iter():
    query # namedtuple<query_id, text>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/fr queries



[query_id]    [text]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/fr")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/fr docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

269K qrels

Query relevance judgment type:

EhealthQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
trustworthiness: int
understandability: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	Not relevant	`231K`	85.7%
1	Somewhat relevant	`23K`	8.4%
2	Highly relevant	`16K`	5.9%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/fr")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, trustworthiness, understandability, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/fr qrels --format tsv



[query_id]    [doc_id]    [relevance]    [trustworthiness]    [understandability]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Zuccon2016ClefEhealth,Palotti2017ClefEhealth}

Bibtex:

@inproceedings{Zuccon2016ClefEhealth, title={The IR Task at the CLEF eHealth Evaluation Lab 2016: User-centred Health Information Retrieval}, author={Guido Zuccon and Joao Palotti and Lorraine Goeuriot and Liadh Kelly and Mihai Lupu and Pavel Pecina and Henning M{\"u}ller and Julie Budaher and Anthony Deacon}, booktitle={CLEF}, year={2016} } @inproceedings{Palotti2017ClefEhealth, title={CLEF 2017 Task Overview: The IR Task at the eHealth Evaluation Lab - Evaluating Retrieval Methods for Consumer Health Search}, author={Joao Palotti and Guido Zuccon and Jimmy and Pavel Pecina and Mihai Lupu and Lorraine Goeuriot and Liadh Kelly and Allan Hanbury}, booktitle={CLEF}, year={2017} }

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 300
  },
  "qrels": {
    "count": 269232,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 230658,
          "1": 22584,
          "2": 15990
        }
      }
    }
  }
}

`"clueweb12/b13/clef-ehealth/hu"`

The CLEF eHealth 2016-17 IR dataset, with queries professionally translataed to Hungarian. See clueweb12/b13/clef-ehealth for more details.

300 queries

Language: hu

Query type:

GenericQuery: (namedtuple)

query_id: str
text: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/hu")
for query in dataset.queries_iter():
    query # namedtuple<query_id, text>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/hu queries



[query_id]    [text]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/hu")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/hu docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

269K qrels

Query relevance judgment type:

EhealthQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
trustworthiness: int
understandability: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	Not relevant	`231K`	85.7%
1	Somewhat relevant	`23K`	8.4%
2	Highly relevant	`16K`	5.9%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/hu")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, trustworthiness, understandability, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/hu qrels --format tsv



[query_id]    [doc_id]    [relevance]    [trustworthiness]    [understandability]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Zuccon2016ClefEhealth,Palotti2017ClefEhealth}

Bibtex:

@inproceedings{Zuccon2016ClefEhealth, title={The IR Task at the CLEF eHealth Evaluation Lab 2016: User-centred Health Information Retrieval}, author={Guido Zuccon and Joao Palotti and Lorraine Goeuriot and Liadh Kelly and Mihai Lupu and Pavel Pecina and Henning M{\"u}ller and Julie Budaher and Anthony Deacon}, booktitle={CLEF}, year={2016} } @inproceedings{Palotti2017ClefEhealth, title={CLEF 2017 Task Overview: The IR Task at the eHealth Evaluation Lab - Evaluating Retrieval Methods for Consumer Health Search}, author={Joao Palotti and Guido Zuccon and Jimmy and Pavel Pecina and Mihai Lupu and Lorraine Goeuriot and Liadh Kelly and Allan Hanbury}, booktitle={CLEF}, year={2017} }

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 300
  },
  "qrels": {
    "count": 269232,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 230658,
          "1": 22584,
          "2": 15990
        }
      }
    }
  }
}

`"clueweb12/b13/clef-ehealth/pl"`

The CLEF eHealth 2016-17 IR dataset, with queries professionally translataed to Polish. See clueweb12/b13/clef-ehealth for more details.

300 queries

Language: pl

Query type:

GenericQuery: (namedtuple)

query_id: str
text: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/pl")
for query in dataset.queries_iter():
    query # namedtuple<query_id, text>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/pl queries



[query_id]    [text]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/pl")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/pl docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

269K qrels

Query relevance judgment type:

EhealthQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
trustworthiness: int
understandability: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	Not relevant	`231K`	85.7%
1	Somewhat relevant	`23K`	8.4%
2	Highly relevant	`16K`	5.9%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/pl")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, trustworthiness, understandability, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/pl qrels --format tsv



[query_id]    [doc_id]    [relevance]    [trustworthiness]    [understandability]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Zuccon2016ClefEhealth,Palotti2017ClefEhealth}

Bibtex:

@inproceedings{Zuccon2016ClefEhealth, title={The IR Task at the CLEF eHealth Evaluation Lab 2016: User-centred Health Information Retrieval}, author={Guido Zuccon and Joao Palotti and Lorraine Goeuriot and Liadh Kelly and Mihai Lupu and Pavel Pecina and Henning M{\"u}ller and Julie Budaher and Anthony Deacon}, booktitle={CLEF}, year={2016} } @inproceedings{Palotti2017ClefEhealth, title={CLEF 2017 Task Overview: The IR Task at the eHealth Evaluation Lab - Evaluating Retrieval Methods for Consumer Health Search}, author={Joao Palotti and Guido Zuccon and Jimmy and Pavel Pecina and Mihai Lupu and Lorraine Goeuriot and Liadh Kelly and Allan Hanbury}, booktitle={CLEF}, year={2017} }

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 300
  },
  "qrels": {
    "count": 269232,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 230658,
          "1": 22584,
          "2": 15990
        }
      }
    }
  }
}

`"clueweb12/b13/clef-ehealth/sv"`

The CLEF eHealth 2016-17 IR dataset, with queries professionally translataed to Swedish. See clueweb12/b13/clef-ehealth for more details.

300 queries

Language: sv

Query type:

GenericQuery: (namedtuple)

query_id: str
text: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/sv")
for query in dataset.queries_iter():
    query # namedtuple<query_id, text>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/sv queries



[query_id]    [text]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/sv")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/sv docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

269K qrels

Query relevance judgment type:

EhealthQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
trustworthiness: int
understandability: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	Not relevant	`231K`	85.7%
1	Somewhat relevant	`23K`	8.4%
2	Highly relevant	`16K`	5.9%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/clef-ehealth/sv")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, trustworthiness, understandability, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/clef-ehealth/sv qrels --format tsv



[query_id]    [doc_id]    [relevance]    [trustworthiness]    [understandability]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Zuccon2016ClefEhealth,Palotti2017ClefEhealth}

Bibtex:

@inproceedings{Zuccon2016ClefEhealth, title={The IR Task at the CLEF eHealth Evaluation Lab 2016: User-centred Health Information Retrieval}, author={Guido Zuccon and Joao Palotti and Lorraine Goeuriot and Liadh Kelly and Mihai Lupu and Pavel Pecina and Henning M{\"u}ller and Julie Budaher and Anthony Deacon}, booktitle={CLEF}, year={2016} } @inproceedings{Palotti2017ClefEhealth, title={CLEF 2017 Task Overview: The IR Task at the eHealth Evaluation Lab - Evaluating Retrieval Methods for Consumer Health Search}, author={Joao Palotti and Guido Zuccon and Jimmy and Pavel Pecina and Mihai Lupu and Lorraine Goeuriot and Liadh Kelly and Allan Hanbury}, booktitle={CLEF}, year={2017} }

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 300
  },
  "qrels": {
    "count": 269232,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 230658,
          "1": 22584,
          "2": 15990
        }
      }
    }
  }
}

`"clueweb12/b13/ntcir-www-1"`

The NTCIR-13 We Want Web (WWW) 1 ad-hoc ranking benchmark. Contains 100 queries with deep relevance judgments (avg 255 per query). Judgments aggregated from two assessors. Note that the qrels contain additional judgments from the NTCIR-14 CENTRE track.

100 queries

Language: en

Query type:

GenericQuery: (namedtuple)

query_id: str
text: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/ntcir-www-1")
for query in dataset.queries_iter():
    query # namedtuple<query_id, text>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/ntcir-www-1 queries



[query_id]    [text]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/ntcir-www-1")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/ntcir-www-1 docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

25K qrels

Query relevance judgment type:

TrecQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	Two annotators rated as non-relevant	`9.8K`	38.6%
1	One annotator rated as relevant, one as non-relevant	`5.2K`	20.4%
2	Two annotators rated as relevant, OR one rates as highly relevant and one as non-relevant	`4.7K`	18.5%
3	One annotator rated as highly relevant, one as relevant	`4.1K`	16.0%
4	Two annotators rated as highly relevant	`1.7K`	6.6%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/ntcir-www-1")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/ntcir-www-1 qrels --format tsv



[query_id]    [doc_id]    [relevance]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Luo2017Www1}

Bibtex:

@inproceedings{Luo2017Www1, title={Overview of the NTCIR-13 We Want Web Task}, author={Cheng Luo and Tetsuya Sakai and Yiqun Liu and Zhicheng Dou and Chenyan Xiong and Jingfang Xu}, booktitle={NTCIR}, year={2017} }

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 100
  },
  "qrels": {
    "count": 25465,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "3": 4081,
          "1": 5184,
          "0": 9821,
          "2": 4709,
          "4": 1670
        }
      }
    }
  }
}

`"clueweb12/b13/ntcir-www-2"`

The NTCIR-14 We Want Web (WWW) 2 ad-hoc ranking benchmark. Contains 80 queries with deep relevance judgments (avg 345 per query). Judgments aggregated from two assessors.

80 queries

Language: en

Query type:

NtcirQuery: (namedtuple)

query_id: str
title: str
description: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/ntcir-www-2")
for query in dataset.queries_iter():
    query # namedtuple<query_id, title, description>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/ntcir-www-2 queries



[query_id]    [title]    [description]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/ntcir-www-2")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/ntcir-www-2 docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

28K qrels

Query relevance judgment type:

TrecQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	Two annotators rated as non-relevant	`13K`	48.2%
1	One annotator rated as relevant, one as non-relevant	`6.5K`	23.4%
2	Two annotators rated as relevant, OR one rates as highly relevant and one as non-relevant	`4.7K`	16.9%
3	One annotator rated as highly relevant, one as relevant	`2.3K`	8.4%
4	Two annotators rated as highly relevant	`857`	3.1%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/ntcir-www-2")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/ntcir-www-2 qrels --format tsv



[query_id]    [doc_id]    [relevance]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Mao2018OWww2}

Bibtex:

@inproceedings{Mao2018OWww2, title={Overview of the NTCIR-14 We Want Web Task}, author={Jiaxin Mao and Tetsuya Sakai and Cheng Luo and Peng Xiao and Yiqun Liu and Zhicheng Dou}, booktitle={NTCIR}, year={2018} }

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 80
  },
  "qrels": {
    "count": 27627,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 13305,
          "2": 4664,
          "1": 6469,
          "3": 2332,
          "4": 857
        }
      }
    }
  }
}

`"clueweb12/b13/ntcir-www-3"`

The NTCIR-15 We Want Web (WWW) 3 ad-hoc ranking benchmark. Contains 160 queries with deep relevance judgments (to be released). 80 of the queries are from clueweb12/b13/ntcir-www-2.

Shared task site

160 queries

Language: en

Query type:

NtcirQuery: (namedtuple)

query_id: str
title: str
description: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/ntcir-www-3")
for query in dataset.queries_iter():
    query # namedtuple<query_id, title, description>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/ntcir-www-3 queries



[query_id]    [title]    [description]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/ntcir-www-3")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/ntcir-www-3 docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 160
  }
}

`"clueweb12/b13/trec-misinfo-2019"`

The TREC Medical Misinformation 2019 dataset.

51 queries

Language: en

Query type:

MisinfoQuery: (namedtuple)

query_id: str
title: str
cochranedoi: str
description: str
narrative: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/trec-misinfo-2019")
for query in dataset.queries_iter():
    query # namedtuple<query_id, title, cochranedoi, description, narrative>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/trec-misinfo-2019 queries



[query_id]    [title]    [cochranedoi]    [description]    [narrative]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

52M docs

Inherits docs from clueweb12/b13

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/trec-misinfo-2019")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/trec-misinfo-2019 docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

23K qrels

Query relevance judgment type:

MisinfoQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
effectiveness: int
redibility: int

Relevance levels

Rel.	Definition	Count	%
0	Not relevant	`19K`	81.8%
1	Relevant	`3.1K`	13.7%
2	Highly relevant	`1.0K`	4.5%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/b13/trec-misinfo-2019")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, effectiveness, redibility>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/b13/trec-misinfo-2019 qrels --format tsv



[query_id]    [doc_id]    [relevance]    [effectiveness]    [redibility]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Abualsaud2019TrecDecision}

Bibtex:

@inproceedings{Abualsaud2019TrecDecision, title={Overview of the TREC 2019 Decision Track}, author={Mustafa Abualsaud and Christina Lioma and Maria Maistro and Mark D. Smucker and Guido Zuccon}, booktitle={TREC}, year={2019} }

{
  "docs": {
    "count": 52343021,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 51
  },
  "qrels": {
    "count": 22859,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "1": 3137,
          "0": 18694,
          "2": 1028
        }
      }
    }
  }
}

`"clueweb12/touche-2020-task-2"`

Decision making processes, be it at the societal or at the personal level, eventually come to a point where one side will challenge the other with a why-question, which is a prompt to justify one's stance. Thus, technologies for argument mining and argumentation processing are maturing at a rapid pace, giving rise for the first time to argument retrieval. Touché 2020 is the first lab on Argument Retrieval at CLEF 2020 featuring two tasks.

Given a comparative question, retrieve and rank documents from the ClueWeb12 that help to answer the comparative question.

Documents are judged based on their general topical relevance.

50 queries

Language: en

Query type:

ToucheQuery: (namedtuple)

query_id: str
title: str
description: str
narrative: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2020-task-2")
for query in dataset.queries_iter():
    query # namedtuple<query_id, title, description, narrative>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2020-task-2 queries



[query_id]    [title]    [description]    [narrative]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

733M docs

Inherits docs from clueweb12

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2020-task-2")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2020-task-2 docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

1.8K qrels

Query relevance judgment type:

TrecQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	not relevant	`961`	53.9%
1	relevant	`448`	25.1%
2	highly relevant	`374`	21.0%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2020-task-2")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2020-task-2 qrels --format tsv



[query_id]    [doc_id]    [relevance]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Bondarenko2020Touche,Braunstain2016Support,Rafalak2014Credibility}

Bibtex:

@inproceedings{Bondarenko2020Touche, address = {Berlin Heidelberg New York}, author = {Alexander Bondarenko and Maik Fr{\"o}be and Meriem Beloucif and Lukas Gienapp and Yamen Ajjour and Alexander Panchenko and Chris Biemann and Benno Stein and Henning Wachsmuth and Martin Potthast and Matthias Hagen}, booktitle = {Experimental IR Meets Multilinguality, Multimodality, and Interaction. 11th International Conference of the CLEF Association (CLEF 2020)}, doi = {10.1007/978-3-030-58219-7\_26}, editor = {Avi Arampatzis and Evangelos Kanoulas and Theodora Tsikrika and Stefanos Vrochidis and Hideo Joho and Christina Lioma and Carsten Eickhoff and Aur{\'e}lie N{\'e}v{\'e}ol and Linda Cappellato and Nicola Ferro}, month = sep, pages = {384-395}, publisher = {Springer}, series = {Lecture Notes in Computer Science}, site = {Thessaloniki, Greece}, title = {{Overview of Touch{\'e} 2020: Argument Retrieval}}, url = {https://link.springer.com/chapter/10.1007/978-3-030-58219-7_26}, volume = 12260, year = 2020, } @inproceedings{Braunstain2016Support, author = {Liora Braunstain and Oren Kurland and David Carmel and Idan Szpektor and Anna Shtok}, editor = {Nicola Ferro and Fabio Crestani and Marie{-}Francine Moens and Josiane Mothe and Fabrizio Silvestri and Giorgio Maria Di Nunzio and Claudia Hauff and Gianmaria Silvello}, title = {Supporting Human Answers for Advice-Seeking Questions in {CQA} Sites}, booktitle = {Advances in Information Retrieval - 38th European Conference on {IR} Research, {ECIR} 2016, Padua, Italy, March 20-23, 2016. Proceedings}, series = {Lecture Notes in Computer Science}, volume = {9626}, pages = {129--141}, publisher = {Springer}, year = {2016}, doi = {10.1007/978-3-319-30671-1\_10}, } @inproceedings{Rafalak2014Credibility, author = {Maria Rafalak and Katarzyna Abramczuk and Adam Wierzbicki}, editor = {Chin{-}Wan Chung and Andrei Z. Broder and Kyuseok Shim and Torsten Suel}, title = {Incredible: is (almost) all web content trustworthy? analysis of psychological factors related to website credibility evaluation}, booktitle = {23rd International World Wide Web Conference, {WWW} '14, Seoul, Republic of Korea, April 7-11, 2014, Companion Volume}, pages = {1117--1122}, publisher = {{ACM}}, year = {2014}, doi = {10.1145/2567948.2578997}, }

{
  "docs": {
    "count": 733019372,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 50
  },
  "qrels": {
    "count": 1783,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 961,
          "1": 448,
          "2": 374
        }
      }
    }
  }
}

`"clueweb12/touche-2021-task-2"`

Decision making processes, be it at the societal or at the personal level, often come to a point where one side challenges the other with a why-question, which is a prompt to justify some stance based on arguments. Since technologies for argument mining are maturing at a rapid pace, also ad-hoc argument retrieval becomes a feasible task in reach. Touché 2021 is the second lab on argument retrieval at CLEF 2021 featuring two tasks.

Given a comparative question, retrieve and rank documents from the ClueWeb12 that help to answer the comparative question.

Documents are judged based on their general topical relevance and for rhetorical quality, i.e., "well-writtenness" of the document: (1) whether the text has a good style of speech (formal language is preferred over informal), (2) whether the text has a proper sentence structure and is easy to read, (3) whether it includes profanity, has typos, and makes use of other detrimental style choices.

50 queries

Language: en

Query type:

ToucheQuery: (namedtuple)

query_id: str
title: str
description: str
narrative: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2021-task-2")
for query in dataset.queries_iter():
    query # namedtuple<query_id, title, description, narrative>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2021-task-2 queries



[query_id]    [title]    [description]    [narrative]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

733M docs

Inherits docs from clueweb12

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2021-task-2")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2021-task-2 docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

2.1K qrels

Query relevance judgment type:

ToucheQualityQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
quality: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	not relevant	`1.4K`	69.1%
1	relevant	`377`	18.2%
2	highly relevant	`264`	12.7%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2021-task-2")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, quality, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2021-task-2 qrels --format tsv



[query_id]    [doc_id]    [relevance]    [quality]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Bondarenko2021Touche}

Bibtex:

@inproceedings{Bondarenko2021Touche, address = {Berlin Heidelberg New York}, author = {Alexander Bondarenko and Lukas Gienapp and Maik Fr{\"o}be and Meriem Beloucif and Yamen Ajjour and Alexander Panchenko and Chris Biemann and Benno Stein and Henning Wachsmuth and Martin Potthast and Matthias Hagen}, booktitle = {Experimental IR Meets Multilinguality, Multimodality, and Interaction. 12th International Conference of the CLEF Association (CLEF 2021)}, doi = {10.1007/978-3-030-85251-1\_28}, editor = {{K. Sel{\c{c}}uk} Candan and Bogdan Ionescu and Lorraine Goeuriot and Henning M{\"u}ller and Alexis Joly and Maria Maistro and Florina Piroi and Guglielmo Faggioli and Nicola Ferro}, month = sep, pages = {450-467}, publisher = {Springer}, series = {Lecture Notes in Computer Science}, site = {Bucharest, Romania}, title = {{Overview of Touch{\'e} 2021: Argument Retrieval}}, url = {https://link.springer.com/chapter/10.1007/978-3-030-85251-1_28}, volume = 12880, year = 2021, }

{
  "docs": {
    "count": 733019372,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 50
  },
  "qrels": {
    "count": 2076,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 1435,
          "1": 377,
          "2": 264
        }
      }
    }
  }
}

`"clueweb12/touche-2022-task-2"`

Decision making processes, be it at the societal or at the personal level, often come to a point where one side challenges the other with a why-question, which is a prompt to justify some stance based on arguments. Since technologies for argument mining are maturing at a rapid pace, also ad-hoc argument retrieval becomes a feasible task in reach. Touché 2022 is the third lab on argument retrieval at CLEF 2022 featuring three tasks.

Given a comparative topic and a collection of documents, the task is to retrieve relevant argumentative passages for either compared object or for both and to detect their respective stances with respect to the object they talk about.

Documents are judged based on their general topical relevance and for rhetorical quality, i.e., "well-writtenness" of the document: (1) whether the text has a good style of speech (formal language is preferred over informal), (2) whether the text has a proper sentence structure and is easy to read, (3) whether it includes profanity, has typos, and makes use of other detrimental style choices.

Additionally, classify the stance of the retrieved text passages towards the compared objects in questions. For instance, in the question Who is a better friend, a cat or a dog? the terms cat and dog are the comparison objects. An answer candidate like Cats can be quite affectionate and attentive, and thus are good friends should be classified as pro the cat object, while Cats are less faithful than dogs as supporting the dog object.

50 queries

Language: en

Query type:

ToucheComparativeQuery: (namedtuple)

query_id: str
title: str
objects: Tuple[str,str]
description: str
narrative: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2022-task-2")
for query in dataset.queries_iter():
    query # namedtuple<query_id, title, objects, description, narrative>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2022-task-2 queries



[query_id]    [title]    [objects]    [description]    [narrative]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

869K docs

Language: en

Document type:

TouchePassageDoc: (namedtuple)

doc_id: str
text: str
chatnoir_url: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2022-task-2")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, text, chatnoir_url>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2022-task-2 docs



[doc_id]    [text]    [chatnoir_url]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

2.1K qrels

Query relevance judgment type:

ToucheQualityComparativeStanceQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
quality: int
stance: ToucheComparativeStance[FIRST, SECOND, NEUTRAL, NO]
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	not relevant	`851`	40.4%
1	relevant	`723`	34.3%
2	highly relevant	`533`	25.3%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2022-task-2")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, quality, stance, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2022-task-2 qrels --format tsv



[query_id]    [doc_id]    [relevance]    [quality]    [stance]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Bondarenko2022Touche}

Bibtex:

@inproceedings{Bondarenko2022Touche, address = {Berlin Heidelberg New York}, author = {Alexander Bondarenko and Maik Fr{\"o}be and Johannes Kiesel and Shahbaz Syed and Timon Gurcke and Meriem Beloucif and Alexander Panchenko and Chris Biemann and Benno Stein and Henning Wachsmuth and Martin Potthast and Matthias Hagen}, booktitle = {Experimental IR Meets Multilinguality, Multimodality, and Interaction. 13th International Conference of the CLEF Association (CLEF 2022)}, editor = {Alberto Barr{\'o}n-Cede{\~n}o and Giovanni Da San Martino and Mirko Degli Esposti and Fabrizio Sebastiani and Craig Macdonald and Gabriella Pasi and Allan Hanbury and Martin Potthast and Guglielmo Faggioli and Nicola Ferro}, month = sep, numpages = 29, publisher = {Springer}, series = {Lecture Notes in Computer Science}, site = {Bologna, Italy}, title = {{Overview of Touch{\'e} 2022: Argument Retrieval}}, year = 2022 }

{
  "docs": {
    "count": 868655,
    "fields": {
      "doc_id": {
        "max_len": 32,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 50
  },
  "qrels": {
    "count": 2107,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 851,
          "1": 723,
          "2": 533
        }
      }
    }
  }
}

`"clueweb12/touche-2022-task-2/expanded-doc-t5-query"`

Pre-processed version of clueweb12/touche-2022-task-2 where each passage has been expanded with queries generated using DocT5Query.

50 queries

Inherits queries from clueweb12/touche-2022-task-2

Language: en

Query type:

ToucheComparativeQuery: (namedtuple)

query_id: str
title: str
objects: Tuple[str,str]
description: str
narrative: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2022-task-2/expanded-doc-t5-query")
for query in dataset.queries_iter():
    query # namedtuple<query_id, title, objects, description, narrative>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2022-task-2/expanded-doc-t5-query queries



[query_id]    [title]    [objects]    [description]    [narrative]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

869K docs

Language: en

Document type:

TouchePassageDoc: (namedtuple)

doc_id: str
text: str
chatnoir_url: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2022-task-2/expanded-doc-t5-query")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, text, chatnoir_url>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2022-task-2/expanded-doc-t5-query docs



[doc_id]    [text]    [chatnoir_url]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

2.1K qrels

Inherits qrels from clueweb12/touche-2022-task-2

Query relevance judgment type:

ToucheQualityComparativeStanceQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
quality: int
stance: ToucheComparativeStance[FIRST, SECOND, NEUTRAL, NO]
iteration: str

Relevance levels

Rel.	Definition	Count	%
0	not relevant	`851`	40.4%
1	relevant	`723`	34.3%
2	highly relevant	`533`	25.3%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/touche-2022-task-2/expanded-doc-t5-query")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, quality, stance, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/touche-2022-task-2/expanded-doc-t5-query qrels --format tsv



[query_id]    [doc_id]    [relevance]    [quality]    [stance]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{Bondarenko2022Touche}

Bibtex:

@inproceedings{Bondarenko2022Touche, address = {Berlin Heidelberg New York}, author = {Alexander Bondarenko and Maik Fr{\"o}be and Johannes Kiesel and Shahbaz Syed and Timon Gurcke and Meriem Beloucif and Alexander Panchenko and Chris Biemann and Benno Stein and Henning Wachsmuth and Martin Potthast and Matthias Hagen}, booktitle = {Experimental IR Meets Multilinguality, Multimodality, and Interaction. 13th International Conference of the CLEF Association (CLEF 2022)}, editor = {Alberto Barr{\'o}n-Cede{\~n}o and Giovanni Da San Martino and Mirko Degli Esposti and Fabrizio Sebastiani and Craig Macdonald and Gabriella Pasi and Allan Hanbury and Martin Potthast and Guglielmo Faggioli and Nicola Ferro}, month = sep, numpages = 29, publisher = {Springer}, series = {Lecture Notes in Computer Science}, site = {Bologna, Italy}, title = {{Overview of Touch{\'e} 2022: Argument Retrieval}}, year = 2022 }

{
  "docs": {
    "count": 868655,
    "fields": {
      "doc_id": {
        "max_len": 32,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 50
  },
  "qrels": {
    "count": 2107,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "0": 851,
          "1": 723,
          "2": 533
        }
      }
    }
  }
}

`"clueweb12/trec-web-2013"`

The TREC Web Track 2013 ad-hoc ranking benchmark. Contains 50 queries with deep relevance judgments.

50 queries

Language: en

Query type:

TrecWebTrackQuery: (namedtuple)

query_id: str
query: str
description: str
type: str
subtopics: Tuple[
TrecSubtopic: (namedtuple)
1. number: str
2. text: str
3. type: str
, ...]

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2013")
for query in dataset.queries_iter():
    query # namedtuple<query_id, query, description, type, subtopics>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2013 queries



[query_id]    [query]    [description]    [type]    [subtopics]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

733M docs

Inherits docs from clueweb12

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2013")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2013 docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

14K qrels

Query relevance judgment type:

TrecQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
-2	Junk: This page does not appear to be useful for any reasonable purpose; it may be spam or junk	`234`	1.6%
0	Non: The content of this page does not provide useful information on the topic, but may provide useful information on other topics, including other interpretations of the same query.	`10K`	69.7%
1	Rel: The content of this page provides some information on the topic, which may be minimal; the relevant information must be on that page, not just promising-looking anchor text pointing to a possibly useful page.	`3.0K`	21.0%
2	HRel: The content of this page provides substantial information on the topic.	`920`	6.4%
3	Key: This page or site is dedicated to the topic; authoritative and comprehensive, it is worthy of being a top result in a web search engine.	`179`	1.2%
4	Nav: This page represents a home page of an entity directly named by the query; the user may be searching for this specific page or site.	`7`	0.0%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2013")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2013 qrels --format tsv



[query_id]    [doc_id]    [relevance]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{CollinsThompson2013TrecWeb}

Bibtex:

@inproceedings{CollinsThompson2013TrecWeb, title={TREC 2013 Web Track Overview}, author={Kevyn Collins-Thompson and Paul Bennett and Fernando Diaz and Charles L. A. Clarke and Ellen M. Voorhees}, booktitle={TREC}, year={2013} }

{
  "docs": {
    "count": 733019372,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 50
  },
  "qrels": {
    "count": 14474,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "1": 3044,
          "0": 10090,
          "2": 920,
          "-2": 234,
          "4": 7,
          "3": 179
        }
      }
    }
  }
}

`"clueweb12/trec-web-2013/diversity"`

The TREC Web Track 2013 diverse ranking benchmark. Contains 50 queries with deep subtopic relevance judgments.

50 queries

Language: en

Query type:

TrecWebTrackQuery: (namedtuple)

query_id: str
query: str
description: str
type: str
subtopics: Tuple[
TrecSubtopic: (namedtuple)
1. number: str
2. text: str
3. type: str
, ...]

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2013/diversity")
for query in dataset.queries_iter():
    query # namedtuple<query_id, query, description, type, subtopics>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2013/diversity queries



[query_id]    [query]    [description]    [type]    [subtopics]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

733M docs

Inherits docs from clueweb12

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2013/diversity")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2013/diversity docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

47K qrels

Query relevance judgment type:

TrecSubQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
subtopic_id: str

Relevance levels

Rel.	Definition	Count	%
-2	Junk: This page does not appear to be useful for any reasonable purpose; it may be spam or junk	`775`	1.6%
0	Non: The content of this page does not provide useful information on the topic, but may provide useful information on other topics, including other interpretations of the same query.	`37K`	78.9%
1	Rel: The content of this page provides some information on the topic, which may be minimal; the relevant information must be on that page, not just promising-looking anchor text pointing to a possibly useful page.	`6.7K`	14.3%
2	HRel: The content of this page provides substantial information on the topic.	`2.1K`	4.4%
3	Key: This page or site is dedicated to the topic; authoritative and comprehensive, it is worthy of being a top result in a web search engine.	`313`	0.7%
4	Nav: This page represents a home page of an entity directly named by the query; the user may be searching for this specific page or site.	`11`	0.0%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2013/diversity")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, subtopic_id>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2013/diversity qrels --format tsv



[query_id]    [doc_id]    [relevance]    [subtopic_id]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{CollinsThompson2013TrecWeb}

Bibtex:

@inproceedings{CollinsThompson2013TrecWeb, title={TREC 2013 Web Track Overview}, author={Kevyn Collins-Thompson and Paul Bennett and Fernando Diaz and Charles L. A. Clarke and Ellen M. Voorhees}, booktitle={TREC}, year={2013} }

{
  "docs": {
    "count": 733019372,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 50
  },
  "qrels": {
    "count": 46985,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "1": 6716,
          "0": 37089,
          "2": 2081,
          "-2": 775,
          "3": 313,
          "4": 11
        }
      }
    }
  }
}

`"clueweb12/trec-web-2014"`

The TREC Web Track 2014 ad-hoc ranking benchmark. Contains 50 queries with deep relevance judgments.

50 queries

Language: en

Query type:

TrecWebTrackQuery: (namedtuple)

query_id: str
query: str
description: str
type: str
subtopics: Tuple[
TrecSubtopic: (namedtuple)
1. number: str
2. text: str
3. type: str
, ...]

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2014")
for query in dataset.queries_iter():
    query # namedtuple<query_id, query, description, type, subtopics>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2014 queries



[query_id]    [query]    [description]    [type]    [subtopics]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

733M docs

Inherits docs from clueweb12

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2014")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2014 docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

14K qrels

Query relevance judgment type:

TrecQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
iteration: str

Relevance levels

Rel.	Definition	Count	%
-2	Junk: This page does not appear to be useful for any reasonable purpose; it may be spam or junk	`556`	3.9%
0	Non: The content of this page does not provide useful information on the topic, but may provide useful information on other topics, including other interpretations of the same query.	`8.2K`	56.9%
1	Rel: The content of this page provides some information on the topic, which may be minimal; the relevant information must be on that page, not just promising-looking anchor text pointing to a possibly useful page.	`3.8K`	26.2%
2	HRel: The content of this page provides substantial information on the topic.	`1.6K`	11.2%
3	Key: This page or site is dedicated to the topic; authoritative and comprehensive, it is worthy of being a top result in a web search engine.	`230`	1.6%
4	Nav: This page represents a home page of an entity directly named by the query; the user may be searching for this specific page or site.	`33`	0.2%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2014")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, iteration>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2014 qrels --format tsv



[query_id]    [doc_id]    [relevance]    [iteration]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{CollinsThompson2014TrecWeb}

Bibtex:

@inproceedings{CollinsThompson2014TrecWeb, title={TREC 2014 Web Track Overview}, author={Kevyn Collins-Thompson and Craig Macdonald and Paul Bennett and Fernando Diaz and Ellen M. Voorhees}, booktitle={TREC}, year={2014} }

{
  "docs": {
    "count": 733019372,
    "fields": {
      "doc_id": {
        "max_len": 25,
        "common_prefix": "clueweb12-"
      }
    }
  },
  "queries": {
    "count": 50
  },
  "qrels": {
    "count": 14432,
    "fields": {
      "relevance": {
        "counts_by_value": {
          "1": 3788,
          "2": 1614,
          "0": 8211,
          "-2": 556,
          "3": 230,
          "4": 33
        }
      }
    }
  }
}

`"clueweb12/trec-web-2014/diversity"`

The TREC Web Track 2014 diverse ranking benchmark. Contains 50 queries with deep subtopic relevance judgments.

50 queries

Language: en

Query type:

TrecWebTrackQuery: (namedtuple)

query_id: str
query: str
description: str
type: str
subtopics: Tuple[
TrecSubtopic: (namedtuple)
1. number: str
2. text: str
3. type: str
, ...]

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2014/diversity")
for query in dataset.queries_iter():
    query # namedtuple<query_id, query, description, type, subtopics>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2014/diversity queries



[query_id]    [query]    [description]    [type]    [subtopics]
...

You can find more details about the CLI here.

No example available for PyTerrier

docs

733M docs

Inherits docs from clueweb12

Language: en

Document type:

WarcDoc: (namedtuple)

doc_id: str
url: str
date: str
http_headers: bytes
body: bytes
body_content_type: str

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2014/diversity")
for doc in dataset.docs_iter():
    doc # namedtuple<doc_id, url, date, http_headers, body, body_content_type>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2014/diversity docs



[doc_id]    [url]    [date]    [http_headers]    [body]    [body_content_type]
...

You can find more details about the CLI here.

No example available for PyTerrier

qrels

44K qrels

Query relevance judgment type:

TrecSubQrel: (namedtuple)

query_id: str
doc_id: str
relevance: int
subtopic_id: str

Relevance levels

Rel.	Definition	Count	%
-2	Junk: This page does not appear to be useful for any reasonable purpose; it may be spam or junk	`1.5K`	3.4%
0	Non: The content of this page does not provide useful information on the topic, but may provide useful information on other topics, including other interpretations of the same query.	`32K`	72.4%
1	Rel: The content of this page provides some information on the topic, which may be minimal; the relevant information must be on that page, not just promising-looking anchor text pointing to a possibly useful page.	`7.4K`	16.8%
2	HRel: The content of this page provides substantial information on the topic.	`2.8K`	6.4%
3	Key: This page or site is dedicated to the topic; authoritative and comprehensive, it is worthy of being a top result in a web search engine.	`424`	1.0%
4	Nav: This page represents a home page of an entity directly named by the query; the user may be searching for this specific page or site.	`35`	0.1%

Examples:

import ir_datasets
dataset = ir_datasets.load("clueweb12/trec-web-2014/diversity")
for qrel in dataset.qrels_iter():
    qrel # namedtuple<query_id, doc_id, relevance, subtopic_id>

You can find more details about the Python API here.

CLI

ir_datasets export clueweb12/trec-web-2014/diversity qrels --format tsv



[query_id]    [doc_id]    [relevance]    [subtopic_id]
...

You can find more details about the CLI here.

No example available for PyTerrier

\cite{CollinsThompson2014TrecWeb}

Bibtex:

@inproceedings{CollinsThompson2014TrecWeb, title={TREC 2014 Web Track Overview}, author={Kevyn Collins-Thompson and Craig Macdonald and Paul Bennett and Fernando Diaz and Ellen M. Voorhees}, booktitle={TREC}, year={2014} }