The 2019 release to the arXMLiv data set has been published.
Details can be found on the corresponding [data set resource page](/resources/arxmliv-dataset-082019/) and [embeddings resource page](/resources/arxmliv-embeddings-082019).
The content of this data set is licensed to [SIGMathLing members](/member/) for research
and tool development purposes subject to the [SIGMathLing Non-Disclosure-Agreement](/nda/).
@@ -40,7 +41,7 @@ articles, the right of distribution was only given (or assumed) to arXiv itself.
...
@@ -40,7 +41,7 @@ articles, the right of distribution was only given (or assumed) to arXiv itself.
This is a first public release of the arXMLiv dataset generated by the [KWARC](https://kwarc.info/) research group. It contains 1,088,370 HTML5 scientific documents from the arXiv.org preprint archive, converted from their respective TeX sources.
This is a first public release of the arXMLiv dataset generated by the [KWARC](https://kwarc.info/) research group. It contains 1,088,370 HTML5 scientific documents from the arXiv.org preprint archive, converted from their respective TeX sources.
The dataset is segmented in 3 different subsets, each corresponding to a severity level of the LaTeXML software responsible for the HTML5 conversion.
The dataset is segmented in 3 different subsets, each corresponding to a severity level of the LaTeXML software responsible for the HTML5 conversion.
- The `no_problem` set had no obvious challenges in conversion and is the safest, most reliable subset
- The `no_problem` set had no obvious challenges in conversion and is the safest, most reliable subset
- The `warning` set covers a variety of minor issues, from mathematical expressions unparseable by the LaTeXML grammar, to missing LaTeX packages with no apparent use in the document. The vast majority of the documents should both have a good-looking rendering, as well as data consistency for e.g. NLP tasks.
- The `warning` set covers a variety of minor issues, from mathematical expressions unparseable by the LaTeXML grammar, to missing LaTeX packages with no apparent use in the document. The vast majority of the documents should both have a good-looking rendering, as well as data consistency for e.g. NLP tasks.
- The `error` set covers all conversions which successfully generated an HTML5 document, but had major issues during the conversion. Examples would range from unknown macros (due to limited LaTeX coverage), unexpected latex syntax, math/text mode mismatches, as well as real LaTeX errors from the original sources. This subset should be used with extra caution, though should still preserve overall data consistency and could be safely used for e.g. generating word embeddings.
- The `error` set covers all conversions which successfully generated an HTML5 document, but had major issues during the conversion. Examples would range from unknown macros (due to limited LaTeX coverage), unexpected latex syntax, math/text mode mismatches, as well as real LaTeX errors from the original sources. This subset should be used with extra caution, though should still preserve overall data consistency and could be safely used for e.g. generating word embeddings.
...
@@ -57,9 +58,9 @@ The dataset should be referenced in all academic publications that present resul
...
@@ -57,9 +58,9 @@ The dataset should be referenced in all academic publications that present resul
obtained with its help. The reference should contain the identifier `arXMLiv:08.2017` in
obtained with its help. The reference should contain the identifier `arXMLiv:08.2017` in
the title, the author, year, a reference to SIGMathLing, and the URL of the resource
the title, the author, year, a reference to SIGMathLing, and the URL of the resource
description page. For convenience, we supply some records for bibTeX and EndNote below. To
description page. For convenience, we supply some records for bibTeX and EndNote below. To
cite a particular part of the dataset use the subset identifiers in the ciation;
cite a particular part of the dataset use the subset identifiers in the ciation;
e.g. `\cite[no_problem subset]{arXMLiv:08.2017}` or just explain it in the text using the
e.g. `\cite[no_problem subset]{arXMLiv:08.2017}` or just explain it in the text using the
**Note:** the archives preserve a leading path `./data/datasets/dataset-arXMLiv-08-2018`, which can be safely ignored, and is an artefact of the current release that will be avoided in the future.
**Note:** the archives preserve a leading path `./data/datasets/dataset-arXMLiv-08-2018`, which can be safely ignored, and is an artefact of the current release that will be avoided in the future.
...
@@ -41,7 +42,7 @@ articles, the right of distribution was only given (or assumed) to arXiv itself.
...
@@ -41,7 +42,7 @@ articles, the right of distribution was only given (or assumed) to arXiv itself.
This is a second public release of the arXMLiv dataset generated by the [KWARC](https://kwarc.info/) research group. It contains 1,232,186 HTML5 scientific documents from the arXiv.org preprint archive, converted from their respective TeX sources. A 13% increase in available articles over the 08.2017 release.
This is a second public release of the arXMLiv dataset generated by the [KWARC](https://kwarc.info/) research group. It contains 1,232,186 HTML5 scientific documents from the arXiv.org preprint archive, converted from their respective TeX sources. A 13% increase in available articles over the 08.2017 release.
The dataset is segmented in 3 different subsets, each corresponding to a severity level of the LaTeXML software responsible for the HTML5 conversion.
The dataset is segmented in 3 different subsets, each corresponding to a severity level of the LaTeXML software responsible for the HTML5 conversion.
- The `no_problem` set had no obvious challenges in conversion and is the safest, most reliable subset
- The `no_problem` set had no obvious challenges in conversion and is the safest, most reliable subset
- The `warning` set covers a variety of minor issues, from mathematical expressions unparseable by the LaTeXML grammar, to missing LaTeX packages with no apparent use in the document. The vast majority of the documents should both have a good-looking rendering, as well as data consistency for e.g. NLP tasks.
- The `warning` set covers a variety of minor issues, from mathematical expressions unparseable by the LaTeXML grammar, to missing LaTeX packages with no apparent use in the document. The vast majority of the documents should both have a good-looking rendering, as well as data consistency for e.g. NLP tasks.
- The `error` set covers all conversions which successfully generated an HTML5 document, but had major issues during the conversion. Examples would range from unknown macros (due to limited LaTeX coverage), unexpected latex syntax, math/text mode mismatches, as well as real LaTeX errors from the original sources. This subset should be used with extra caution, though should still preserve overall data consistency and could be safely used for e.g. generating word embeddings.
- The `error` set covers all conversions which successfully generated an HTML5 document, but had major issues during the conversion. Examples would range from unknown macros (due to limited LaTeX coverage), unexpected latex syntax, math/text mode mismatches, as well as real LaTeX errors from the original sources. This subset should be used with extra caution, though should still preserve overall data consistency and could be safely used for e.g. generating word embeddings.
...
@@ -56,9 +57,9 @@ The dataset should be referenced in all academic publications that present resul
...
@@ -56,9 +57,9 @@ The dataset should be referenced in all academic publications that present resul
obtained with its help. The reference should contain the identifier `arXMLiv:08.2018` in
obtained with its help. The reference should contain the identifier `arXMLiv:08.2018` in
the title, the author, year, a reference to SIGMathLing, and the URL of the resource
the title, the author, year, a reference to SIGMathLing, and the URL of the resource
description page. For convenience, we supply some records for bibTeX and EndNote below. To
description page. For convenience, we supply some records for bibTeX and EndNote below. To
cite a particular part of the dataset use the subset identifiers in the ciation;
cite a particular part of the dataset use the subset identifiers in the ciation;
e.g. `\cite[no_problem subset]{arXMLiv:08.2018}` or just explain it in the text using the
e.g. `\cite[no_problem subset]{arXMLiv:08.2018}` or just explain it in the text using the
This is the third public release of the arXMLiv dataset generated by the [KWARC](https://kwarc.info/) research group. It contains 1,374,539 HTML5 scientific documents from the arXiv.org preprint archive, converted from their respective TeX sources. An 11% increase in available articles over the 08.2018 release.
The dataset is segmented in 4 subsets, corresponding to three severity levels of the HTML conversion.
- The `no_problem` set had no obvious challenges in conversion and is the safest, most reliable subset
- The `warning_1` and `warning_2` sets cover a variety of minor issues, from mathematical expressions unparseable by the LaTeXML grammar, to missing LaTeX packages with no apparent use in the document. The vast majority of the documents should both have a good-looking rendering, as well as data consistency for e.g. NLP tasks.
- The `error` set covers all conversions which successfully generated an HTML5 document, but had major issues during the conversion. Examples would range from unknown macros (due to limited LaTeX coverage), unexpected latex syntax, math/text mode mismatches, as well as real LaTeX errors from the original sources. This subset should be used with extra caution, though should still preserve overall data consistency and could be safely used for e.g. generating word embeddings.
This version of the dataset has had minimal manual quality control, and we offer no additional warranty beyond the latexml severity reported.
We welcome community feedback on all of: data quality, representation issues, need for auxiliary resources (e.g. figures, token models), as well as organization and archival best practices. The conversion, build system, and data redistribution efforts are all ongoing projects at the [KWARC research group](http://kwarc.info).
### Citing this Resource
The dataset should be referenced in all academic publications that present results
obtained with its help. The reference should contain the identifier `arXMLiv:08.2019` in
the title, the author, year, a reference to SIGMathLing, and the URL of the resource
description page. For convenience, we supply some records for bibTeX and EndNote below. To
cite a particular part of the dataset use the subset identifiers in the ciation;
e.g. `\cite[no_problem subset]{arXMLiv:08.2019}` or just explain it in the text using the
concrete identifier.
#### pure bibTeX
```
@MISC{SML:arXMLiv:08.2019,
author = {Deyan Ginev},
title = {arXMLiv:08.2019 dataset, an HTML5 conversion of arXiv.org},
howpublished = {hosted at \url{https://sigmathling.kwarc.info/resources/arxmliv-dataset-082019/}},
note = {SIGMathLing -- Special Interest Group on Math Linguistics},
year = 2019}
```
#### bibTeX for the bibLaTeX package (preferred)
```
@online{SML:arXMLiv:08.2019,
author = {Deyan Ginev},
title = {arXMLiv:08.2019 dataset, an HTML5 conversion of arXiv.org},
**Evaluation note:** These in-built evlauation runs are provided as a sanity check that the generated GloVe models pass a basic baseline against the non-expert tasks in the default GloVe suite.
**Evaluation note:** These in-built evlauation runs are provided as a sanity check that the generated GloVe models pass a basic baseline against the non-expert tasks in the default GloVe suite.
One would need a scienctific discourse tailored set of test cases to evaluate the arXiv-based models competitively.
One would need a scienctific discourse tailored set of test cases to evaluate the arXiv-based models competitively.