15 research outputs found
Libraries can make Open Access Happen Today by Simply Redirecting Subscription Funds: An Update on the SCOAP3 Initiative
This article reviews the SCOAP3 initiative which aims to redirect the subscription funds used for the core journals in High Energy Physics, to make them Open Access. This model re-interprets the role of librarians in the Open Access debate. As they are the pivot of the current system, by keeping the lifeblood of scientific information flowing to their scientists, the authors argue that they are the best placed to make it change and take advantage of it
Information Resources in High-Energy Physics - Surveying the Present Landscape and Charting the Future Course
The Post-Embargo Open Access Citation Advantage: It Exists (Probably), It’s Modest (Usually), and the Rich Get Richer (of Course)
Some observations on the computer-aided design/synthesis of slotted-waveguide antennas
Author name disambiguation in bibliographic databases is the problem of
grouping together scientific publications written by the same person,
accounting for potential homonyms and/or synonyms. Among solutions to this
problem, digital libraries are increasingly offering tools for authors to
manually curate their publications and claim those that are theirs. Indirectly,
these tools allow for the inexpensive collection of large annotated training
data, which can be further leveraged to build a complementary automated
disambiguation system capable of inferring patterns for identifying
publications written by the same person. Building on more than 1 million
publicly released crowdsourced annotations, we propose an automated author
disambiguation solution exploiting this data (i) to learn an accurate
classifier for identifying coreferring authors and (ii) to guide the clustering
of scientific publications by distinct authors in a semi-supervised way. To the
best of our knowledge, our analysis is the first to be carried out on data of
this size and coverage. With respect to the state of the art, we validate the
general pipeline used in most existing solutions, and improve by: (i) proposing
phonetic-based blocking strategies, thereby increasing recall; and (ii) adding
strong ethnicity-sensitive features for learning a linkage function, thereby
tailoring disambiguation to non-Western author names whenever necessary