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  • × author_ss:"Hawkins, D.T."
  1. Hawkins, D.T.: Online information retrieval systems (1981) 0.01
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    Source
    Annual review of information science and technology. 16(1981), S.171-208
  2. Hawkins, D.T.: Information Science Abstracts : tracking the literature of information science (2001) 0.01
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    Abstract
    The problem of identifying "information science'' is still with us. Hawkins is concerned with the relationship between the information science community and the library community, especially in terms of the recent initiatives to reassert the information technology aspect of information science.
    Footnote
    Beitrag eines Themenheftes: Still the Frontier: Information Science at the Millenium
    Source
    Journal of the American Society for Information Science and technology. 52(2001) no.1, S.44-53
  3. Hawkins, D.T.: Hunting, grazing, browsing : a model for online information retrieval (1996) 0.01
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    Abstract
    Sets out a model for online information retrieval based on 3 search methods: hunting, grazing and browsing. Considers how the major classes of information services fit into this model and how new technologies can be developed to conform with these search modes
  4. Hawkins, D.T.; Larson, S.E.; Caton, B.Q.: Information Science Abstracts : tracking the literature of information science (2003) 0.00
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    Abstract
    Subject classifications and thesauri have become more important than ever in the Web environment. Efforts made to organize information into subject classifications, or taxonomies, offer users the opportunity to substantially improve the effectiveness of their search and retrieval activities. This article continues earlier research an the development of a new definition of the field of information science and the creation of a "map" of the field showing subjects central to it and their relationships to those an the periphery. A case study describes the creation of a new classification structure (taxonomy) for the Information Science Abstracts (ISA) database, aiming to reflect and accommodate the rapid and continued technological and market changes affecting the information industry today and into the future. Based an a sample of some 3,000 ISA abstracts, two validation experiments were conducted by a three-member team comprising a database editor, a reference librarian, and an abstractor-indexer, who represent three of the major communities within the information science field. In the first experiment, the sample of abstracts was classified according to the proposed new taxonomy; alter analysis of the data and revision of the taxonomy, it was revalidated and fine tuned in a second experiment. Indexer consistency measures obtained in this study were significantly higher than those found in previous studies. The taxonomy resulting from this research employs the concepts, definition, and map of information science previously developed. It presents them in an organized hierarchical view of the field and thus makes a significant contribution to information science.
    Content
    Das System: 1. INFORMATION SCIENCE RESEARCH 1.1 Basic concepts, definitions, theories, methodologies, and applications 1.2 Properties, needs, quality, and value of information 1.3 Statistics, measurement Bibliometrics, citation analysis, scientometrics, informetrics 1.4 Information retrieval research Searching techniques (Boolean, fuzzy, natural language), the search process, precision/relevance, ranking/recall, searching models, query formulation, inverted files, updating, database structures 1.5 User behavior and uses of information systems Searcher tactics, information overload, user surveys, usability studies 1.6 Human-computer interface Human factors, ergonomics, design issues 1.7 Communication Editing, writing, linguistics, Internet authoring and design principles 1.8 Operations research/mathematics Modeling, Boolean logic, coding, systems analysis, algorithms, compression 1.9 History of information science, biographies
    2. KNOWLEDGE ORGANIZATION 2.1 Thesauri, authority lists Taxonomies, ontologies, semantic networks, nomenclatures, terminologies, vocabularies 2.2 Cataloging and classification Tagging, metatags, Dublin Core, DOIs, OPACs, MARC, AACR2, topic maps, cataloging processes and theories 2.3 Abstracting, indexing, reviewing Automatic indexing and abstracting 2.4 Standards and protocols NISO, Z39.5, XML, SGML, HTML, Open Archives Initiative (OAI), Encoded Archival Description (EAD), OpenURL, portable document format (PDF) 3. THE INFORMATION PROFESSION 3.1 Information professionals Intermediaries, searchers, reference librarians, information brokers, translators, educators, librarians and librarianship, mentoring, career outlook, future of the profession, professional ethics, skills and competencies 3.2 Organizations and societies 4. SOCIETAL ISSUES 4.1 Information ethics, plagiarism, credibility 4.2 Information literacy, lifelong learning 4.3 The Information Society Universal access and accessibility, technological and socioeconomic impacts of information, technology forecasts, information flows, futures scenarios, preservation 5. THE INFORMATION INDUSTRY 5.1 Information and knowledge management Knowledge transfer in organizations, business strategies 5.2 Markets and players Vendor profiles and Interviews, trends 5.3 Economics and pricing Business models, value chain 5.4 Marketing, e-commerce 6. PUBLISHING AND DISTRIBUTION 6.1 Print 6.2 Electronic E-journals, e-books 6.3 Secondary publishing Abstracting and indexing services, directories 6.4 Scholarly communication Peer review process, future of journals, dissertations, grey literature
    7. INFORMATION TECHNOLOGIES 7.1 Internet World Wide Web, Invisible Web, Deep Web, search engines, browsers, hypermedia, Listservs, bulletin boards, portals, gateways, directories, pathfinders 7.2 Intranets, Web conferencing 7.3 Software Programming languages, operating systems, platforms 7.4 Hardware 7.5 Multimedia 7.6 Document management Imaging, scanning, text retrieval, digitization, records management, bookmarking, hypertext systems, preservation technologies, digitization, linking and electronic cross referencing, storage, digital rights management 7.7 AI, expert systems, intelligent agents Cybernetics, visualization and mapping, data mining, pattern and character recognition, search agents and robots 7.8 Telecommunications Networks, wireless and satellite information delivery, Palm Pilots and other PDAs, LANs and WANs 7.9 Security, access control, authentication, encryption Digital watermarking 7.10 Other B. ELECTRONIC INFORMATION SYSTEMS AND SERVICES 8.1 Information searching and retrieval systems and Services Bibliographie, numeric, and Image databases; descriptions of online Services 8.2 Customized information systems, alerting, current awareness 8.3 Document delivery systems and Services Interlibrary loan, resource sharing 8.4 Geographie information systems 9. SUBJECT-SPECIFIC SOURCES AND APPLICATIONS 9.1 Physical sciences Chemistry, physics, engineering, earth sciences, Computer science, energy, mathematics 9.2 Life sciences Medicine, biosciences, agriculture, environment 9.3 Social sciences, humanities, history, linguistics 9.4 Business Management, economics, companies 9.5 Law, political science, government Patents and trademarks, intellectual property, case law 9.6 News 9.7 Education, library and information science, ready reference 9.8 Other/multidisciplinary Biography and genealogy databases, encyclopedias, databases of theses and dissertations
    10. LIBRARIES AND LIBRARY SERVICES 10.1 Library descriptions and types Special, government, academic, and public libraries, archives, museums, state and national libraries, depository libraries 10.2 Library Services 10.3 Library automation, operations, and strategic planning 10.4 Library consortia and networks, coalitions, cooperatives 10.5 Digital and virtual libraries, hybrid libraries 10.6 Education and training Distance learning, continuing education, bibliographic instruction library schools, courses and Curricula 11. GOVERNMENT AND LEGAL INFORMATION AND ISSUES 11.1 Intellectual property protection Copyright issues and implications, fair use, trademarks, patent law 11.2 Legislation, laws, and regulations (except Copyright) 11.3 Contracts and licensing 11.4 Liability issues Filtering, censorship, privacy 11.5 Sources of public information 11.6 Information policies and studies Security, encryption, privacy, freedom of information, censoring, national and other information policies 11.7 Systems and infrastructure Technology transfer
    Issue
    Pt.2: A new taxonomy for information science.
    Object
    Information Science Abstracts
    Source
    Journal of the American Society for Information Science and technology. 54(2003) no.8, S.771-781
  5. Hawkins, D.T.: Growth trends in the electronic information services market (1994) 0.00
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    Abstract
    Pt.3 of a 3 part series describing the trends contributing to the growth in the electronic information services market by covering the technology and database areas. Concludes the series by discussing a variety of general marketplace trends
  6. Hawkins, D.T.: On-line information retrieval bibliography : 1965-1976 (1977) 0.00
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  7. Hawkins, D.T.: Growth trends in the electronic information services market (1993) 0.00
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    Abstract
    Considers some of the major trends contributing to growth in the information services marketplace covering electronic information service growth trends, database trends and computer / telecommunication trends. The online industry will be shaped by telecommunications developments, improvements in scanning and storage technologies, expansion of database distribution options, a broader user base with new needs and changes in the dynamics of database production. Presents statistics on US sales and revenues for external high speed modems and portable PCs
  8. Hawkins, D.T.: Information metering : paving the way for pay-per-view (1996) 0.00
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    Abstract
    Information metering is a developing technology that enables an entire collection of information to be distributed at very low cost to a user in encrypted form, the user paying on a pay as you view basis. Describes the differing approaches of the market leaders in this technology: Wave Systems Corp and CD-MAX. Wave's system can be used with CD-ROMs, Lotus Notes, and custom network configurations while CD-MAX is concentrating on CD-ROMs
  9. Hawkins, D.T.: Growth trends in the electronic information services market (1993) 0.00
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    Abstract
    Discusses major trends contributing to growth in the electronic information services marketplace, particularly in the computer and telecommunications areas. The Gale Directory of Databases lists 5.183, a 16,5% increase over previous year. Considers the reasons for growth in the number of databases; new databases for expanding markets; new technology for databases; the effect of CD-ROMs and maintaining the database industry
  10. Hawkins, D.T.: Online information retrieval bibliography (1978-) 0.00
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  11. Hawkins, D.T.: Web-based training for online retrieval : some examples (1997) 0.00
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    Abstract
    Describes the efforts of Knight-Ridder Information (KRI) and Dun & Bradstreet (D&B) to provide Web based training systems. The KRI tutorial covers the DIALOG Web service, describes the technology, the tutorial and evaluates its usefulness. D&B's web based training trains users on its online system. It is more advanced than the KRI tutorial. Describes its training modules, and its testing of methods and technologies. The University of Texas as Austin has developed 2 tutorials on searching for patents and trademarks