{"_id":{"_str":"53ff72c27c90ec6e130014a6"},"__v":0,"authorIDs":[],"author_short":["Maly, K.","Nelson, M.<nbsp>L.","Zubair, M.","Amrou, A.","Kothamasa, S.","Wang, L.","Luce, R."],"bibbaseid":"maly-nelson-zubair-amrou-kothamasa-wang-luce-enhancingkeplerusabilityandperformance","bibdata":{"downloads":0,"role":"author","bibbaseid":"maly-nelson-zubair-amrou-kothamasa-wang-luce-enhancingkeplerusabilityandperformance","uri":"http://springerlink.metapress.com/link.asp?id=m0p9cv1utnxvf9ku","type":"inproceedings","title":"Enhancing Kepler Usability and Performance","pages":"317-328","key":"mal04","id":"mal04","crossref":"ecdl2004","bibtype":"inproceedings","bibtex":"@inproceedings{ mal04,\n crossref = {ecdl2004},\n author = {Kurt Maly and Michael L. Nelson and Mohammad Zubair and Ashraf Amrou and Sathish Kothamasa and Lan Wang and Richard Luce},\n title = {Enhancing Kepler Usability and Performance},\n pages = {317-328},\n uri = {http://springerlink.metapress.com/link.asp?id=m0p9cv1utnxvf9ku},\n abstract = {Kepler is an attempt to bridge the gap between established, organization-backed digital libraries and groups of researchers that wish to publish their findings under their control, anytime, anywhere yet have the advantages of an OAI-compliant digital library. We describe an architecture and implementation of the Kepler system that allows an archivelet to be installed in the order of minutes by an author on a personal machine and a group server in less than an hour. The group server will harvest from all archivelets and make the union of all published papers available for search to a community. We describe how a group administrator can provide an XML schema for the metadata and how the Kepler engine will validate against them when an author publishes a paper and completes the metadata. We have demonstrated that we can surmount the technical difficulties for authors to publish as easy as to a website yet produce OAI-compliant digital libraries.}\n}","author_short":["Maly, K.","Nelson, M.<nbsp>L.","Zubair, M.","Amrou, A.","Kothamasa, S.","Wang, L.","Luce, R."],"author":["Maly, Kurt","Nelson, Michael L.","Zubair, Mohammad","Amrou, Ashraf","Kothamasa, Sathish","Wang, Lan","Luce, Richard"],"abstract":"Kepler is an attempt to bridge the gap between established, organization-backed digital libraries and groups of researchers that wish to publish their findings under their control, anytime, anywhere yet have the advantages of an OAI-compliant digital library. We describe an architecture and implementation of the Kepler system that allows an archivelet to be installed in the order of minutes by an author on a personal machine and a group server in less than an hour. The group server will harvest from all archivelets and make the union of all published papers available for search to a community. We describe how a group administrator can provide an XML schema for the metadata and how the Kepler engine will validate against them when an author publishes a paper and completes the metadata. We have demonstrated that we can surmount the technical difficulties for authors to publish as easy as to a website yet produce OAI-compliant digital libraries."},"bibtype":"inproceedings","biburl":"http://dret.net/biblio/dret.bib","creationDate":"2014-08-28T18:19:46.953Z","downloads":0,"keywords":[],"search_terms":["enhancing","kepler","usability","performance","maly","nelson","zubair","amrou","kothamasa","wang","luce"],"title":"Enhancing Kepler Usability and Performance","year":null,"dataSources":["mL7NKvaepNEWFcMvG"]}