This page belongs to a talk given as part of the Wikipedia Science Conference in London.
Wikimedia and scholarly communication
There are multiple ways in which Wikimedia platforms interact with scholarly communications. This talk will zoom in to the interface of the two, both on a technical and a community level. It will highlight how content finds its way from scholarly communications into Wikimedia projects and sometimes vice versa, how data, metadata, software, infrastructure and the workflows of people and bots fit into the picture.
In the spirit of openness, the talk is editable and being developed in public at /info/en/?search=User:Daniel_Mietchen/Talks/Wikipedia_Science_Conference_2015, from where it will also be held. Feedback of any kind - e.g. suggestions, questions, or reports of past interactions with Wikimedia - is most welcome. A video recording of a similar talk given at CERN some years back is available via /info/en/?search=User:Daniel_Mietchen/Talks/CERN_2012 .
This data was recorded live and then got lost during the saving process due to connectivity issues. Some of it could be reconstructed from the audio recording.
Bliven, S.; Prlić, A. (2012). Wodak, Shoshana (ed.).
"Circular Permutation in Proteins". PLoS Computational Biology. 8 (3): e1002445.
doi:
10.1371/journal.pcbi.1002445.
PMC
3320104.
PMID
22496628.{{
cite journal}} : CS1 maint: unflagged free DOI (
link),
CC BY
|
Wikipedia: Circular permutation in proteins, CC BY-SA | A
journal article whose text corresponds to
this version of the Wikipedia article
Dengue fever,
CC BY-SA. Extension of this scheme through peer review by
BMJ — see unconference session by Anthony Cole.
|
Overview | Commentary |
See also talk by Stefan Kasberger.
See also talks by Dario Taraborelli and Geoff Bilder.
An example of open science - from the grant proposal to all outputs.
See also the talks by Alex Bateman and Darren Logan.
Graphs are unavailable due to technical issues. There is more info on Phabricator and on MediaWiki.org. |
Listen to a recording of a talk based on the links in this section.
This page belongs to a talk given as part of the Wikipedia Science Conference in London.
Wikimedia and scholarly communication
There are multiple ways in which Wikimedia platforms interact with scholarly communications. This talk will zoom in to the interface of the two, both on a technical and a community level. It will highlight how content finds its way from scholarly communications into Wikimedia projects and sometimes vice versa, how data, metadata, software, infrastructure and the workflows of people and bots fit into the picture.
In the spirit of openness, the talk is editable and being developed in public at /info/en/?search=User:Daniel_Mietchen/Talks/Wikipedia_Science_Conference_2015, from where it will also be held. Feedback of any kind - e.g. suggestions, questions, or reports of past interactions with Wikimedia - is most welcome. A video recording of a similar talk given at CERN some years back is available via /info/en/?search=User:Daniel_Mietchen/Talks/CERN_2012 .
This data was recorded live and then got lost during the saving process due to connectivity issues. Some of it could be reconstructed from the audio recording.
Bliven, S.; Prlić, A. (2012). Wodak, Shoshana (ed.).
"Circular Permutation in Proteins". PLoS Computational Biology. 8 (3): e1002445.
doi:
10.1371/journal.pcbi.1002445.
PMC
3320104.
PMID
22496628.{{
cite journal}} : CS1 maint: unflagged free DOI (
link),
CC BY
|
Wikipedia: Circular permutation in proteins, CC BY-SA | A
journal article whose text corresponds to
this version of the Wikipedia article
Dengue fever,
CC BY-SA. Extension of this scheme through peer review by
BMJ — see unconference session by Anthony Cole.
|
Overview | Commentary |
See also talk by Stefan Kasberger.
See also talks by Dario Taraborelli and Geoff Bilder.
An example of open science - from the grant proposal to all outputs.
See also the talks by Alex Bateman and Darren Logan.
Graphs are unavailable due to technical issues. There is more info on Phabricator and on MediaWiki.org. |
Listen to a recording of a talk based on the links in this section.