Titlebook: Intelligent Information Retrieval: The Case of Astronomy and Related Space Sciences; A. Heck,F. Murtagh Book 1993 Springer Science+Busines

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Astronomical Data Centres from an IIR Perspectivethe same “discoveries” being made three or four times over. Very similar facts can be observed in physics, chemistry or biology. In this regard, there is nothing very specific to any of these disciplines, and the remedy, if any, will probably be a common one.

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Advice from the Oracle: Really Intelligent Information Retrievalts of human intelligence, as related to information retrieval. I will do this by the device of a semi-imaginary oracle. Every Observatory has an oracle, someone who is a distinguished scientist, has great administrative responsibilities, acts as memtor to a number of less senior people, and as trust

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Search Algorithms for Numeric and Quantitative Data conjunction with the use of dimensionality reduction approaches such as the factor space approach described in chapter 3, or latent semantic indexing (.). Efficient search algorithms can be the building blocks of data reorganization approaches using clustering (see section 4.8 below). All in all, s

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Information-Sifting Front Ends to Databasesence including astronomy. The amount of knowledge generated within the span of a scientist’s career together with the ubiquitous high degree of professional specialization generates problems of its own. Knowledge revealed in one discipline has little time to naturally diffuse into neighbouring disci

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What Hypertext can do for Information RetrievalHybrid systems combining the functionalities of conventional IRS and hypertext systems are a promising approach for building user-oriented systems for effective and efficient information retrieval. After the concept of hypertext and the functionality of hypertext systems is outlined, we discuss how

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