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  1. Hodge, G.M.: Automated support to indexing (1992) 0.05
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    Content
    Automated support to indexing forms a continuum from computer support to clerical activities, quality control, intellectual activities and to full automatic indexing. Describes the current indexing environment and examines the need for automated support. Reports on case studies of various indexing services which are at different stages along the continuum. Describes academic and corporate research projects and commercial indexing software. Examines the future of related technologies and offers advice on how to get started on the continuum
    Footnote
    Rez. in: JASIS 44(1993) no.2, S.119-121 (B.H. Weinberg); International cataloguing and bibliographic control 22(1993) no.2, S.34 (E. Svenonius); Information processing and management 29(1993) no.4, S.528-531 (L.L.Hill)
  2. Olason, S.C.: Let's get usable! : Usability studies for indexes (2000) 0.04
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    Abstract
    The article discusses a series of usability studies on indexes from a systems engineering and human factors perspective. The purpose of these studies is to establish a set of user requirements that indexes need to satisfy. The results from the first set of studies are presented and suggestions made as to how these can be applied to improve the usability and quality of indexes.
    Footnote
    Vgl.: http://www.theindexer.org/files/22-2-olason.pdf.
    Source
    Indexer. 22(2000) no.2, S.91-95
  3. Diodato, V.: Duplicate entries versus see cross references in back-of-the book indexes (1994) 0.02
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    Abstract
    Considers whether, when there is a choice, a back-of-book indexer should use a duplicate entry or a see reference. Guidelines suggest that it is preferable to use the duplicate entry if it would not add to the length or complexity of the index. Studies 1.100 see references in 202 back-of-book indexes and concludes that 22% of the see references should have been replaced by duplicate entries. Failure to select a duplicate entry instead of a see reference occurs most frequently in science and techology books and in indexes with no subheadings
  4. Craven, T.C.: Changing technologies: impact on information: the case of string indexing (1985) 0.02
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  5. Crawley, J.; Adams, C.: InfoAccess Project : comparing print, CD-ROM, and inhouse indexes (1991) 0.01
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    Abstract
    Describes the InfoAccess Project at the Univ of Saskatchewan Libraries which compared searching of manual and automated indexes by 22 undergraduate psychology students to determine their searching preferences by ranking 'Psychological abstracts' in 3 formats: print, CD-ROM and a locally mounted tape service called InfoAccess. Their satisfaction regarding the physical environment, equipment, and instructional aids was also recorded. Users preferred to search with CD-ROM, but found InfoAccess to be an acceptable alternative
  6. Kleinberg, I.: Making the case for professional indexers : where is the proof? (1993) 0.01
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  7. Software for Indexing (2003) 0.01
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    Footnote
    Part 3, Online and Web Indexing Software, opens with a chapter in which the functionalities of HTML/Prep, HTML Indexer, and RoboHELP HTML Edition are compared. The following three chapters look at them individually. This section helps clarify the basic types of non-database web indexing - that used for back-of-the-book style indexes, and that used for online help indexes. The first chapter of Part 4, Database and image software, begins with a good discussion of what database indexing is, but falls to carry through with any listing of general characteristics, problems and attributes that should be considered when choosing database indexing software. It does include the results of an informal survey an the Yahoogroups database indexing site, as well as three short Gase studies an database indexing projects. The survey provides interesting information about freelancing, but it is not very useful if you are trying to gather information about different software. For example, the most common type of software used by those surveyed turns out to be word-processing software. This seems an odd/awkward choice, and it would have been helpful to know how and why the non-specialized software is being used. The survey serves as a snapshot of a particular segment of database indexing practice, but is not helpful if you are thinking about purchasing, adapting, or commissioning software. The three case studies give an idea of the complexity of database indexing and there is a helpful bibliography.
  8. Kumar, T.V.R.; Parameswaran, M.: Chain procedure and dictionary catalogue (1998) 0.01
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    Source
    Library science with a slant to documentation and information studies. 35(1998) no.4, S.241-246
  9. Luhn, H.P.: Keyword-in-context index for technical literature (1985) 0.01
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    Abstract
    In the optimistic 1960s the potential of the computer seemed limitless. The realization of this potential in the area of information retrieval and dissemination owes much to the creative mind of Hans Peter Luhn. A pioneer of information science, he had a mind and an imagination that could transcend the state of the art. Luhn was born in Germany, where he studied technology, physics, and accounting. He came to the United States in 1924 and in 1941, at the age of 45, he joined IBM. In the course of his twenty-year tenure at IBM, he was issued over eighty patents; at one time he held more than any other IBM employee. Luhn is credited with originating KWIC indexes, computer selective dissemination systems (SDI), computer coding schemes, and statistical techniques for automatic indexing and abstracting. Also attributed to him is the first modern use of the word "thesaurus." The selection that follows modestly presents the idea of a Keyword in Context (KWIC) index. This is the idea of automatically identifying significant or "key" words and highlighting them in context. The context in question was normally a title. Though title term or catchword indexing had been practiced for over one hundred years, the implementation of the idea in mechanized systems in the 1960s was not trivial. It required programming the computer to recognize word boundaries and then developing a means for automatically differentiating significant from nonsignificant words. Spaces were used to demarcate word boundaries and a stop list, consisting of articles, conjunctions, prepositions, auxiliary verbs, some adjectives, and some very common words, was used to differentiate significant from nonsignificant words. A difficulty with any automatic indexing limited to extracting single words from texts is the semantic indeterminancy of the extracted character strings. To disambiguate these, Luhn adopted the concordance idea, proposing to display them in the context of their titles. Specifying the meaning of an index term by couching it in "context," anticipated the later development of string index languages such as PRECIS (PREserved Context Index System). Although the selection that follows is quite short, it presents, in addition to the idea of KWIC, what at the time were two innovative ideas. One is the distinction between the dissemination and the retrieval of information, in regard to which Luhn makes a point sometimes overlooked by modern critics of KWIC. This is that different purposes require different kinds of indexes; an index that is used to disseminate information for current awareness need not be as "perfect" as one used for retrospective information retrieval. The need to alert researchers to current information quickly, and the somewhat transitory character of this information, make KWIC, albeit quick and dirty, a costeffective alternative for dissemination indexes. The second harbinger idea is a method of uniquely identifying documents for retrieval using an identification code comprising the initial characters from a document's author, title, and - interestingly - year of publication. Luhn's mind was fertile indeed and he is aptly called a pioneer of information science.
    Imprint
    Littleton, CO : Libraries Unlimited
  10. Bell, H.: On the indexability of butterflies (1992) 0.01
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    Abstract
    Most publishers, who are cost-conscious, and the majority of authors, who are creativity-conscious, oppos indexes for fiction. However, maintains, that there is a case to be made for the indexing of serious fiction, whose readers have the same needs for information retrieval with regard to characters, places and events, as readers of biographies and histories
  11. Hedden, H.: Creating an index for your Web site to make info easier to see (2006) 0.01
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    Abstract
    Most libraries have long had their own Web sites. The longer a library has had a Web site the more likely it is that the number of pages, and the amount of information within those pages, has grown beyond what users can find simply with the navigation menu. Building a site index is a great way to help seekers find all those bits of data they might otherwise miss.
    Source
    Computers in libraries. 26(2006) no.9, S.16-
  12. Ross, J.: ¬The impact of technology on indexing (2000) 0.01
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    Source
    Indexer. 22(2000) no.1, S.25-26
  13. Walker, A.: Indexing commonplace books : John Locke's method (2001) 0.01
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    Source
    Indexer. 22(2001) no.3, S.14-18
  14. Crystal, D.: Quote index unquote (2000) 0.01
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    Source
    Indexer. 22(2000) no.1, S.14-20
  15. Matthews, D.: Indexing published letters (2001) 0.01
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    Source
    Indexer. 22(2001) no.3, S.135-141
  16. Indexing: providing access to information : looking back, looking ahead. Proceedings of the 25th Annual Meeting of the American Society of Indexers, Alexandria, VA, May 1993 (1993) 0.01
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    Content
    Enthält die Beiträge: ZAFRAN, E.L. u. C. MacKAY: Keeping up with the times (& the deadlines): indexing at BNA (Bureau of National Affairs); PRESCHEL, B.M.: Delivering database information to the user: technology, media, content; MULHOLLAND, S.: Indexing and the challenge of change at PsycINFO; LOCKE, C.: Weaving the social fabric; WEINBERG, B.H.: Computer-assisted database indexing; HODGE, G.M.: Computer-assisted database indexing: the state of the art; HUMPHREY, S.M.: The MedIndEx prototype for computer-assisted MEDLINE database indexing; KOLL, M.B.: Automatic relevance ranking: a searcher's complement to indexing; ANDERSON, J.D.: Indexing standards: are they possible? What good are they? Why bother?; SHUTER, J.: Standards for indexes: where do the come from and what use are they?; COUSINS, G.: Professional indexing in Australia: first steps towards accreditation; McFADDEN, T.G.: I wonder who's indexing the Internet now?; WALLIS, E.: Indexing training and accreditation in UK; BELL, H.K.: Vive la difference! The survival of the softest; LIDDY, E.D. u. C.L. JÖRGENSEN: Reality check: book index characteristics that ficilitate information sccess; KLEINBERG, I.: Making the case for professional indexers: where is the proof?
  17. Gratch, B.; Settel, B.; Atherton, P.: Characteristics of book indexes for subject retrieval in the humanities and social sciences (1978) 0.00
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    Source
    Indexer. 11(1978), S.14-22
  18. Davis, M.: Building a global legal index : a work in progress (2001) 0.00
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    Source
    Indexer. 22(2001) no.3, S.123-127
  19. Browne, G.: ¬The definite article : acknowledging The in index entries (2001) 0.00
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    Source
    Indexer. 22(2001) no.3, S.119-122
  20. Weinberg, B.H.: Book indexes in France : medieval specimens and modern practices (2000) 0.00
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    Indexer. 22(2000) no.1, S.2-13