Discusses search operations using the Web of Science via a server on the World Wide Web. The facilities include the usual Boolean etc., search on subject and bibliographic details; cited reference query; and related records. A search example is presented from the field of pulmonary hypertension, concluding that the combination of Web technology and the use of citation interconnections provides a fast and useful retrieval mechanism.
References
1.
[1] R. Fairthorne , Some basic clerical factors in the design of retrieval systems. In: Towards Information Retrieval ( Archon Books, Butterworths, London , 1968). [Chapter 5.]
2.
[2] E. Garfield , Citation Indexing: Its Theory and Application in Science, Technology, and the Humanities ( Wiley, New York and Chichester , 1979).
3.
[3] A.E. Cawkell , Search strategy, construction and use of citation networks with a socio-scientific example: ‘Amorphous semi-conductors and S.R. Ovshinsky’ , Journal of the American Society for Information Science25(2) (1974) 123-130 .
4.
[4] H. Small , Co-citation in the scientific literature: a new measure of the relationship between two documents , Journal of the American Society for Information Science24(4) (1973) 265-269 .
5.
[5] E. Garfield , Research fronts , Current Contents41 (10 October 1994) 3-7 .
6.
[6] H. Small , Visualizing science by citation mapping , Journal of the American Society for Information Science50(9) (1999) 799-813 .
7.
[7] A.E. Cawkell , Checking research progress on ‘image retrieval by shape matching’ using the Web of Science , Aslib Proceedings50(2) (1998) 27-31 .
8.
[8] A.E. Cawkell , Tracking fast-moving technology: the progress of speech recognition , Journal of Information Science25(1) (1999) 79-84 .
9.
[9] Primary Pulmonary Hypertension ( National Institutes of Health, National Heart, Lung and Blood Institute ). Available at: www.nhlb1.nih.gov/nhlb1/lung/other/gp/pph.txt [accessed 21 July 1999].