%0 Conference Paper %1 sautter2013refconcile %A Sautter, Guido %A Böhm, Klemens %A King, David %B Digital Libraries: Social Media and Community Networks %C Cham %D 2013 %E Urs, Shalini R. %E Na, Jin-Cheon %E Buchanan, George %I Springer International Publishing %K bibliography citation deduplication hash reconciliation reference %P 161--170 %T RefConcile -- Automated Online Reconciliation of Bibliographic References %X Comprehensive bibliographies often rely on community contributions. In such settings, de-duplication is mandatory for the bibliography to be useful. Ideally, de-duplication works online, i.e., when adding new references, so the bibliography remains duplicate-free at all times. While de-duplication is well researched, generic approaches do not achieve the result quality required for automated reconciliation. To overcome this problem, we propose a new duplicate detection and reconciliation technique called RefConcile. Aiming specifically at bibliographic references, it uses dedicated blocking and matching techniques tailored to this type of data. Our evaluation based on a large real-world collection of bibliographic references shows that RefConcile scales well, and that it detects and reconciles duplicates highly accurately. %@ 978-3-319-03599-4

@inproceedings{sautter2013refconcile, abstract = {Comprehensive bibliographies often rely on community contributions. In such settings, de-duplication is mandatory for the bibliography to be useful. Ideally, de-duplication works online, i.e., when adding new references, so the bibliography remains duplicate-free at all times. While de-duplication is well researched, generic approaches do not achieve the result quality required for automated reconciliation. To overcome this problem, we propose a new duplicate detection and reconciliation technique called RefConcile. Aiming specifically at bibliographic references, it uses dedicated blocking and matching techniques tailored to this type of data. Our evaluation based on a large real-world collection of bibliographic references shows that RefConcile scales well, and that it detects and reconciles duplicates highly accurately.}, added-at = {2021-05-18T08:56:22.000+0200}, address = {Cham}, author = {Sautter, Guido and B{\"o}hm, Klemens and King, David}, biburl = {https://www.bibsonomy.org/bibtex/2e7ebc354b5ca3e9d7e28f538fe1eaec4/jaeschke}, booktitle = {Digital Libraries: Social Media and Community Networks}, description = {RefConcile – Automated Online Reconciliation of Bibliographic References | SpringerLink}, editor = {Urs, Shalini R. and Na, Jin-Cheon and Buchanan, George}, interhash = {a380cc12103dd21c6ecc2cdda967fa72}, intrahash = {e7ebc354b5ca3e9d7e28f538fe1eaec4}, isbn = {978-3-319-03599-4}, keywords = {bibliography citation deduplication hash reconciliation reference}, pages = {161--170}, publisher = {Springer International Publishing}, timestamp = {2021-05-18T08:56:22.000+0200}, title = {RefConcile -- Automated Online Reconciliation of Bibliographic References}, year = 2013 }