Direct from Thomson Reuters.
+ Hot Papers in Clinical Medicine, 2006-2008
+ Optics & Acoustics: High-Impact U.S. Institutions, 2003-07
Research fronts are clusters of highly cited papers and research front maps are diagrammatic representations of the co-citation links among the highly cited papers that comprise the cluster. Fronts are selected from the Research Fronts section of Essential Science Indicators from Thomson Reuters which is updated every two months. Some maps also link to author commentaries for specific papers.
Each circle represents a highly cited paper whose bibliographic information is displayed when the user clicks on the circle. The solid lines between circles represent the strongest co-citation links for each paper (that is, indicating that the papers are frequently cited together); weaker links are indicated by dashed lines. Papers close to each other on the map are generally more highly co-cited. The most recent paper(s) are indicated in pink.
See Also: Emerging Research Fronts ||| Maps
See Also: Fast Moving Fronts ||| Maps
See Also: Corporate Research Fronts
Source: Thomson Reuters
From the Article:
These institutions are the top 20 ranked by total cites out of a pool of 2,674 institutions publishing on this topic, based on a keyword search for “face recog*” OR “face ident*” OR “face detect*” OR “view-based recog*” OR “object recog*” in the titles, abstracts, and keywords sections of original articles, reviews, and proceedings papers. The data pool was also narrowed by field.
The resulting list of institutions shows that face recognition technology is of international interest; fourteen of the institutions are US-based, three are from Europe, two from Asia, and one is from Canada. Research is being conducted by universities, government organizations, and the private sector. Fifteen of the organizations are academic, two are governmental, two are industrial, and one is an academic/governmental partnership.
See Also: Map: Machine Learning and Facial Recognition
Source: Thomson Science
New science citation reports from Thomson Scientific:
+ Engineering Mathematics: High-Impact U.S. Institutions, 2003-07
From the News Release:
Elsevier is pleased to announce the launch of CiteAlert. CiteAlert is a new, free, unique and automated service to notify authors when their articles are cited in an Elsevier journal.
CiteAlert was piloted one year ago and after carrying out extensive research and user testing, this new user-friendly service is now in use. CiteAlert automatically notifies authors by e-mail soon after their work is referenced in a newly published article in an Elsevier journal. Authors are eligible to receive CiteAlert notifications if their article has been indexed by Scopus, the largest citation database of research literature.
Source: Elsevier
+ Science in Scotland, 2003-07
+ U.K. Institutions: Highest Impact in Computer Science, 2003-07
Source: Thomson Reuters
Citation Briefs from ISI:
+ South Korean Science, 2003-07
From the Report:
Last month ScienceWatch.com presented its annual “Top 20″ listings of countries (across all 22 fields), which as of the latest bimonthly update of Essential Science Indicators, achieved particular distinction based on their papers published in Thomson Reuters-indexed journals from January 1998 through August 31, 2008, a 10-year plus 8-month period.
This month we present the highest-cited paper from each of the top 20 countries. In this ranking, all of the paper’s authors are based in the given country, as opposed to multinational collaborations. Addresses have been truncated.
Source: ISI/Thomson
Applicant and Examiner Citations in U.S. Patents: An Overview and Analysis (PDF; 329 KB)
Researchers studying innovation increasingly use indicators based on patent citations. However, it is well known that not all citations originate from applicants—patent examiners contribute to citations listed in issued patents—and that this could complicate interpretation of findings in this literature. In 2001 the US Patent and Trademark Office (USPTO) began reporting examiner and applicant citations separately. In this paper, we analyze the prior art citations of all patents granted by the USPTO in 2001-2003. We show that examiner citations account for 63 per cent of all citations on the average patent, and that 40 per cent of patents have all citations added by examiners. We use multivariate regression and analysis of variance to identify the determinants of examiner shares. Examiner shares are highest for non-US applicants and in electronics, communications, and computer-related fields. However, most of the variation is explained by firm-specific variables, with the largest patent applicants having high examiner shares. Moreover, a large number of firms are granted patents that contain no applicant prior art. Taken together, our findings suggest that heterogeneity in firm-level patenting practices, in particular by high-volume applicants, has a strong influence on the data. This suggests that analysis of firm-level differences in patenting strategies is an important topic for future research.
Source: Harvard Business School Working Papers
How Do We Measure Use of Scientific Journals? A Note on Research Methodologies
Scientific journals represent a significant and growing part of the libraries and many researchers have attempted to measure their use by various methodological approaches till date. In this paper, the author reviews the methodologies employed by researchers working on scientific journals usage. It aims to present an overall picture of the research methods used in the area, in a way that will be of value to anyone seeking to study scientific journals. The author reviews four main research methodologies which are being used for profiling scientific journals usage including questionnaire, interview, citation analysis and transaction log analysis.
+ Full Paper (PDF; 78 KB)
Source: Scientometrics (via E-LIS)