WebCite®, a member of the International Internet Preservation Consortium, is an on-demand archiving system for webreferences (cited webpages and websites, or other kinds of Internet-accessible digital objects), which can be used by authors, editors, and publishers of scholarly papers and books, to ensure that cited webmaterial will remain available to readers in the future. If cited webreferences in journal articles, books etc. are not archived, future readers may encounter a "404 File Not Found" error when clicking on a cited URL. Try it! Archive a URL here. It's free and takes only 30 seconds.
A WebCite®-enhanced reference is a reference which contains - in addition to the original live URL (which can and probably will disappear in the future, or its content may change) - a link to an archived copy of the material, exactly as the citing author saw it when he accessed the cited material.
Each year the JHEPS lists the books and articles on the history of probability and statistics that have appeared in the previous year. The list of 2007 publications is due to appear in February 2008. Of course, omissions can be made good at any time and, if you know of any in the list below, please contact me, John Aldrich
CSL provides an easy-to-use but feature-rich XML language to describe bibliographic and citation formatting. It has been developed alongside CiteProc. Analogous to BibTeX .bst files or the binary equivalents in proprietary applications like Endnote, CSL is open, international-ready, and designed on a solid foundation that yields a language that is easy-to-use, while able to flexibly-but-reliably format bibliographies and citations for a wide variety of fields.
WhatToSee
I have a routine problem that sometimes paper titles are not enough to tell me what papers to read in recent conferences, and I often do not have time to read abstracts fully. This collection of scripts is designed to help alleviate the problem. Essentially, what it will do is compare what papers you like to cite with what new papers are citing. High overlap means the paper is probably relevant to you. Sure there are counter-examples, but overall I have found it useful (eg., it has suggested papers to me that are interesting that I would otherwise have missed). Of course, you should also read through titles since that is a somewhat orthogonal source of information.
Here is how to use the system. You upload your personal bibtex file and have the system compare it to a known conference index; it will then present a list of papers, sorted by relevance. If you want to compare to a conference that is not yet indexed, you need to request that indexing take place. This takes about 30 seconds per paper, so you will probably have to be patient.
JabRef is an open source bibliography reference manager. The native file format used by JabRef is BibTeX, the standard LaTeX bibliography format. JabRef runs on the Java VM (version 1.5 or newer), and should work equally well on Windows, Linux and Mac OS X.
BibTeX is an application and a bibliography file format written by Oren Patashnik and Leslie Lamport for the LaTeX document preparation system. General information about BibTeX.
Bibliographies generated by LaTeX and BibTeX from a BibTeX file can be formatted to suit any reference list specifications through the use of different BibTeX style files. We support this initiative to build a searchable database of BibTeX style files, organized by journal names: LaTeX bibliography style database.
You can run JabRef instantly with Java Web Start: Run JabRef.
The Library of Congress' Network Development and MARC Standards Office is developing a framework for working with MARC data in a XML environment. This framework is intended to be flexible and extensible to allow users to work with MARC data in ways specific to their needs. The framework itself includes many components such as schemas, stylesheets, and software tools.
SWAD-Europe: Semantic Blogging and Bibliographies - Requirements Specification
Project name:
Semantic Web Advanced Development for Europe (SWAD-Europe)
Welcome to Citeline, a service to facilitate the web publishing of bibliographies and citation collections as interactive exhibits and facilitate the sharing of this type of data.
This project aims to develop an efficient rule based extractor of entries of references, located in scientific articles in English language. The application takes a pdf file or a directory of pdf and then returns an html file, containing the list of all entries with their respective title. Moreover the title of the article cited is searched through Google Web Service to get the URL that identifying the article on the web. If the URL provides on the page a Bibtex entry, this will appear in the html output under the relative entries, stolen from some typical site like citeseer, ieeexlpore etc. The application does not make search over pdf file based on images.
Bibliographic management and citation formatting are central to the practice of all manner of research. The current bibliographic software landscape is divided broadly between a commercial market characterized by buggy software and glacial innovation, and an open software ecosystem built around BibTeX.
BibTeX’s success is a function of three factors. First, BibTeX was designed to solve real needs: allowing LaTeX users to format their manuscripts according to detailed publisher specifications. Second, it has a dedicated styling language to configure such formatting. Finally, it focuses on a single task: bibliographic and citation encoding and formatting. As a result, a variety of tools have been built around it. A GUI application designer can simply focus on how best to manage references, without having to worry about the obscure complexities of bibliographic and citation formatting.
Nevertheless, BibTeX is otherwise quite limited. Its data model is unsuitable for demanding users in the social sciences and humanities, it has no international support, its styling language is written in an obscure language that is very difficult to work with, and it is limited to LaTeX.
CWIS (pronounced see-wis) is software to assemble, organize, and share collections of data about resources, like Yahoo! or Google Directory but conforming to international and academic standards for metadata. CWIS was specifically created to help build collections of Science, Technology, Engineering, and Math (STEM) resources and connect them into NSF's National Science Digital Library, but can be (and is being) used for a wide variety of other purposes.
Some of the features of CWIS include:
* resource annotations and ratings (a la Amazon)
* keyword searching (with phrase and exclusion support a la Google)
* fielded searching
* recommender system (a la Amazon)
* OAI 2.0 export (with oai_dc and nsdl_dc schemas)
* RSS feed support
* integrated metadata editing tool
* user-definable schema (comes with full qualified Dublin Core)
* prepackaged taxonomies (includes GEM Subject taxonomy)
* user interface themes
* turnkey installation
CWIS also has functionality (PHP) separated from appearance (HTML), making it relatively easy to customize for your own site.
Current Index to Statistics User Guide CIS EXTENDED DATABASE 1994 Edition Sponsored by The American Statistical Association and The Institute of Mathematical Statistics Ronald A. Thisted, Database Editor Department of Statistics, The University of Chicago Michael J. Wichura, Associate Editor Department of Statistics, The University of Chicago Bruce E. Trumbo, Associate Editor Department of Statistics, California State University, Hayward September 16, 1994
This site is hosted by the
Computation Facility at the
Harvard-Smithsonian Center for Astrophysics [ Smithsonian logo ]
The SAO/NASA Astrophysics Data System (ADS) is a Digital Library portal for researchers in Astronomy and Physics, operated by the Smithsonian Astrophysical Observatory (SAO) under a NASA grant. The ADS maintains three bibliographic databases containing more than 7.2 million records: Astronomy and Astrophysics, Physics, and arXiv e-prints. The main body of data in the ADS consists of bibliographic records, which are searchable through highly customizable query forms, and full-text scans of much of the astronomical literature which can be browsed or searched via our full-text search interface. Integrated in its databases, the ADS provides access and pointers to a wealth of external resources, including electronic articles, data catalogs and archives. We currently have links to over 7.9 million records maintained by our collaborators.
Welcome to my bibliography page. Here you can find my bibliographic information, that is, my personally managed bibliography. I am pretty interested in this area, because my current work in the ShaRef project aims at creating a tool for improving the ways in which researchers individually and collaboratively manage bibliographic information. The HTML pages used here have produced with ShaRef, so you might also be interested to give it a try...? My bibliographic information is available in the following forms:
* HTML page. Heavily cross-linked (intra-page links and with the title and an author indices) and connected with all forms of external online information (URIs, DOIs, OpenURLs). However, the OpenURLs may be of limited use to you, because they point to the library server of my local university...
* PDF printout. Generated by LaTeX from the BibTeX source.
* BibTeX source. This is the source for the above representations. It will be replaced with an XML-based format in the long term, but the XML format is still a bit unstable (but go ahead and give it a try if you feel adventurous).
* TeX2Unicode conversion tables. Here you'll find the character conversion tables we use to translate between BibTeX (i.e., LaTeX) characters and Unicode. You can get the conversion tables in various machine-readbale formats, so if you are looking for general LaTeX-to-Unicode character conversion, you might find this useful.