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  1. Cowell, J.: Essential Java fast : how to write object oriented software for the Internet in Java (1997) 0.22 
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    Content
    Why use Java? Object oriented primer. Java applets. The Java language. Branching and looping. Graphics. Animation and multithreading. Handling exceptions. The Java.awt package. Handling events. Windows, dialogs and menus. Input and output streams. Modifiers and packages. Java and C++
    LCSH
    Java (Computer program language)
    Object
    Java
    RSWK
    Java <Programmiersprache>
    World wide web / Seite / Gestaltung / Java <Programmiersprache> (2134) (4231)
    Subject
    Java (Computer program language)
    Java <Programmiersprache>
    World wide web / Seite / Gestaltung / Java <Programmiersprache> (2134) (4231)
  2. Cavanaugh, B.B.: ¬The Ovid Java client interface : a comparison with the Ovid Web Gateway and Windows Client interface (1998) 0.17 
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    Abstract
    The Ovid Java interface is compared with the Ovid Web Gateway and Ovid Windows Client, focusing on functionality from the user's perspective. The Java version draws upon both earlier Web and Windows versions, thus combining the worlds of the Web and application programs. It is concluded that Ovid Java offers enhanced functionality and requires high-end hardware and browser software to run well. Additional enhancements are forthcoming, some dependent upon the further development of Sun Microsystems' Java programming language
    Object
    Java
  3. Lindholm, J.; Schönthal, T.; Jansson , K.: Experiences of harvesting Web resources in engineering using automatic classification (2003) 0.17 
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    Footnote
    Auch unter: http://www.ariadne.ac.uk/issue37/lindholm/ und http://engine-e.lub.lu.se/
  4. Pieper, D.; Wolf, S.: BASE - Eine Suchmaschine für OAI-Quellen und wissenschaftliche Webseiten (2007) 0.17 
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    Abstract
    Dieser Aufsatz beschreibt die Entwicklung der Suchmaschine BASE (Bielefeld Academic Search Engine) seit 2005. In dieser Zeit wurde der Index um ein Vielfaches ausgebaut und auch die Nutzungszahlen stiegen deutlich. Der Schwerpunkt liegt auf der Indexierung von Dokumentenservern, die ihre Daten über das "Protocol for Metadata Harvesting" (OAI-PMH) bereitstellen. Im Gegensatz zu speziellen OAI-Suchmaschine wie OAIster verfügt BASE jedoch über weitergehende Suchmöglichkeiten und indexiert auch wissenschaftliche Webseiten mit Hilfe eines integrierten Web-Crawlers und andere Quellen, wie zum Beispiel den Bibliothekskatalog der Universitätsbibliothek Bielefeld. BASE kommt darüber hinaus als Suchsystem auch in anderen Bereichen, zum Beispiel im Bielefeld eScholarship Repository, als Suchmaschine der Universität Bielefeld und im EU-Projekt DRIVER via Schnittstellen zum BASE-Index zum Einsatz.
    Source
    Information - Wissenschaft und Praxis. 58(2007) H.3, S.179-182
  5. Kölle, R.; Langemeier, G.; Womser-Hacker, C.: Kollaboratives Lernen in virtuellen Teams am Beispiel der Java-Programmierung (2008) 0.15 
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    Abstract
    Komplexe Aufgaben und Probleme werden heute üblicherweise im Team bearbeitet und gelöst. Das gilt insbesondere für Softwareprojekte, denn die Entwicklung komplexer Softwaresysteme findet heutzutage meistens arbeitsteilig in - zunehmend räumlich verteilten - Teams statt. Vor diesem Hintergrund wird zum einen ein rollenbasiertes Konzept vorgestellt, das virtuellen Lernteams bei der Zusammenarbeit einen virtuellen Tutor zur Seite stellt, der dem Team im Rahmen von Rollendefiziten adaptierte Hilfestellung bietet und so die Lerneffektivität unterstützt. Zum anderen wird gezeigt, wie das Zusammenspiel zweier spezialisierter Systeme (VitaminL und K3) im Kontext des Blended Learning echte Mehrwerte in E-Learning-Szenarien bringen kann. Die in Benutzertests und einer Lehrveranstaltung ermittelten Evaluierungsergebnisse lassen auf die Tragfähigkeit des rollenbasierten, tutoriellen Konzepts schließen und decken gleichzeitig großes Weiterentwicklungpotenzial auf.
    Source
    Information - Wissenschaft und Praxis. 59(2008) H.1, S.37-40
  6. Hickey, T.B.: ¬A Java Z39.50 Client for Browsing Large Databases (2001) 0.15 
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    Object
    Java
  7. Schröter, H.G.: Computer-Industrie wirft das Netz der Netze über die Kundschaft aus (1996) 0.15 
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    Abstract
    Internet verändert die Software-Szene / Java macht Dampf / PC bekommt Konkurrenz / Aufgeweckte Riesen gegen innovative Zwerge / Intranet heißt der neue Renner
    Content
    Das Internet boomt. Rund um den Globus basteln etablierte EDV-Konzerne und Branchenneulinge an Hard- und Software für das Netz der Netze. Glaubt man den Auguren, läutet seine Beliebtheit eine Revolution in der Informationstechnik ein. Der Ära der Großrechner und der Personalcomputer soll ein Zeitalter folgen, in dem 'das Netz der Computer' ist. Wer dann die Fäden ziehen wird, ist längst nicht ausgemacht. Ob herkömmliche PC mit ihren Programmen die Spinne im Netz bleiben oder neue Geräte und Software sich breitmachen, darüber wird derzeit lebhaft diskutiert
  8. Fisher, Y.: Better CGI scripts (i.V.) 0.14 
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    Object
    JAVA
  9. Blake, P.; Nelson, M.: Ovid unveils Java search client (1996) 0.14 
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    Abstract
    Ovid Technologies is launching its Java search client to enable users to access Ovid's scientific databases on the Web with full search capabilities irrespective of the type of computer used. Explains the differences between Java and HTML. The Java client increases search speed by several orders of magnitude. The Ovid client does not need to wait for individual pages to load and incorporates multi-tasking. The interface includes tree displays; thesauri; mapping; explode/implode; search fields and context sensitive help. Display; save; and e-mail are available from the client
  10. Bandholtz, T.; Schulte-Coerne, T.; Glaser, R.; Fock, J.; Keller, T.: iQvoc - open source SKOS(XL) maintenance and publishing tool (2010) 0.13 
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    Abstract
    iQvoc is a new open source SKOS-XL vocabulary management tool developed by the Federal Environment Agency, Germany, and innoQ Deutschland GmbH. Its immediate purpose is maintaining and publishing reference vocabularies in the upcoming Linked Data cloud of environmental information, but it may be easily adapted to host any SKOS- XL compliant vocabulary. iQvoc is implemented as a Ruby on Rails application running on top of JRuby - the Java implementation of the Ruby Programming Language. To increase the user experience when editing content, iQvoc uses heavily the JavaScript library jQuery.
    Theme
    Konzeption und Anwendung des Prinzips Thesaurus
  11. Mesaric, G.: Black magic Web : using the new World Wide Web technologies (1997) 0.12 
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    Abstract
    A spell book for mastering the WWW. Step by step, readers are taught how to use the Internet efficiently, and, in particular, how to publish information on the Web. After completing this book, the reader will be able, for example, to create stunning Web home pages and even take the first steps in Java programming. There are many books on the net bound to either one product, e.g. Mosaic, or to one topic, HTML. Mesaric, on the other hand, covers all WWW-related topics and all products which are in popular use. The magic revealed includes common data formats (HTML, PDF, JPEG, GIF), an introduction to Java and Java Srcipt, emerging technologies such as Hyper-G, hypermedia authoring with Haemony and Amadeus, information about ATM, TeleScript, and much more
    Object
    JAVA
  12. Read, T.; Hall, H.: Java: an explosion on the Internet (1996) 0.12 
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  13. Van de Sompel, H.; Nelson, M.L.; Lagoze, C.; Warner, S.: Resource harvesting within the OAI-PMH framework (2004) 0.12 
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    Abstract
    Motivated by preservation and resource discovery, we examine how digital resources, and not just metadata about resources, can be harvested using the Open Archives Initiative Protocol for Metadata Harvesting (OAI-PMH). We review and critique existing techniques for identifying and gathering digital resources using metadata harvested through the OAI-PMH. We introduce an alternative solution that builds on the introduction of complex object formats that provide a more accurate way to describe digital resources. We argue that the use of complex object formats as OAI-PMH metadata formats results in a reliable and attractive approach for incremental harvesting of resources using the OAI-PMH.
  14. Simeoni, F.: ¬The case for metadata harvesting : how do the library-based services compare with the expert services? (2004) 0.12 
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    Abstract
    Metadata harvesting is an increasingly popular model of interaction between the mutually autonomous parties of medium, medium-large federations of digital library services. With a harvesting protocol, in particular, resource descriptions locally available at each party can be served to remote applications for the implementation of federated services, such as resource discovery. This article offers a systematic explanation of the success of the model and its standard implementations in the context of current initiatives for national and international federations.
  15. Hanani, U.; Frank, A.: Intelligent information harvesting architecture : an application to a high school environment (1996) 0.12 
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  16. Jascó, P.: Publishing textual databases on the Web : part 3 of this series examines Java applets and CGI/DLL programs (1998) 0.12 
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    Abstract
    A detailed description of how to use Java applets and Common Gateway Interface (CGI)/Dynamic Link Library (DLL) programs for Web publication of textual databases. The advantages of Java applets include low cost, flexible and visually appealing search interfaces, and the ability to be embedded in HTML pages, eliminating the need for Internet service provider permissions for their use. Highlights the FindIt family of Java applets from DoubleOLogic as one of the best product lines in the category. CGI programs may be written in Perl, Java, or some other language, and like DLL programs, must be installed on the server side. Notes that small-scale CGI and DLL applications cost from $150 to $8,000. Highlights Insight from Enigma Inc. as an excellent program at the high end of the cost range
  17. Tennant, R.: Library catalogs : the wrong solution (2003) 0.11 
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    Content
    "MOST INTEGRATED library systems, as they are currently configured and used, should be removed from public view. Before I say why, let me be clean that I think the integrated library system serves a very important, albeit limited, role. An integrated library system should serve as a key piece of the infrastructure of a library, handling such tasks as ma terials acquisition, cataloging (including holdings, of course), and circulation. The integrated library system should be a complete and accurate recording of a local library's holdings. It should not be presented to users as the primary system for locating information. It fails badly at that important job. - Lack of content- The central problem of almost any library catalog system is that it typically includes only information about the books and journals held by a parficular library. Most do not provide access to joumal article indexes, web search engines, or even selective web directories like the Librarians' Index to the Internet. If they do offen such access, it is only via links to these services. The library catalog is far from onestop shopping for information. Although we acknowledge that fact to each other, we still treat it as if it were the best place in the universe to begin a search. Most of us give the catalog a place of great prominente an our web pages. But Information for each book is limited to the author, title, and a few subject headings. Seldom can book reviews, jacket summaries, recommendations, or tables of contents be found-or anything at all to help users determine if they want the material. - Lack of coverage - Most catalogs do not allow patrons to discover even all the books that are available to them. If you're lucky, your catalog may cover the collections of those libraries with which you have close ties-such as a regional network. But that leaves out all those items that could be requested via interlibrary loan. As Steve Coffman pointed out in his "Building Earth's Largest Library" article, we must show our users the universe that is open to them, highlight the items most accessible, and provide an estimate of how long it would take to obtain other items. - Inability to increase coverage - Despite some well-meaning attempts to smash everything of interest into the library catalog, the fact remains that most integrated library systems expect MARC records and MARC records only. This means that whatever we want to put into the catalog must be described using MARC and AACR2 (see "Marc Must Die," LJ 10/15/02, p. 26ff.). This is a barrier to dramatically increasing the scope of a catalog system, even if we decided to do it. How would you, for example, use the Open Archives Initiative Harvesting Protocol to crawl the bibliographic records of remote repositories and make them searchable within your library catalog? It can't be dope, and it shouldn't. The library catalog should be a record of a given library's holdings. Period.
    - User Interface hostility - Recently I used the Library catalogs of two public libraries, new products from two major library vendors. A link an one catalog said "Knowledge Portal," whatever that was supposed to mean. Clicking an it brought you to two choices: Z39.50 Bibliographic Sites and the World Wide Web. No public library user will have the faintest clue what Z39.50 is. The other catalog launched a Java applet that before long froze my web browser so badly I was forced to shut the program down. Pick a popular book and pretend you are a library patron. Choose three to five libraries at random from the lib web-cats site (pick catalogs that are not using your system) and attempt to find your book. Try as much as possible to see the system through the eyes of your patrons-a teenager, a retiree, or an older faculty member. You may not always like what you see. Now go back to your own system and try the same thing. - What should the public see? - Our users deserve an information system that helps them find all different kinds of resources-books, articles, web pages, working papers in institutional repositories-and gives them the tools to focus in an what they want. This is not, and should not be, the library catalog. It must communicate with the catalog, but it will also need to interface with other information systems, such as vendor databases and web search engines. What will such a tool look like? We are seeing the beginnings of such a tool in the current offerings of cross-database search tools from a few vendors (see "Cross-Database Search," LJ 10/15/01, p. 29ff). We are in the early stages of developing the kind of robust, userfriendly tool that will be required before we can pull our catalogs from public view. Meanwhile, we can begin by making what we have easier to understand and use."
  18. Fisher, Y.: Spinning the Web : a guide to serving information on the World Wide Web (1996) 0.11 
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    Abstract
    Most books on the Internet describe it from the user's end. This one, however, is unique in its focus on serving information on the WWW. It presents everything from the basics to advanced techniques and will thus prove invaluable to site administrators and developers. The author - an expert developer and researcher at UCSD - covers such topics as HTML 3.0, serving documents, interfaces, WWW utilities and browsers such as Netscape. Fisher also includes an introduction to programming with JAVA and JAVA sript, as well as the complete VRML 1.0 specification
    Object
    JAVA
  19. Varela, C.A.; Agha, G.A.: What after Java? : From objects to actors (1998) 0.11 
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    Abstract
    Discusses drawbacks of the Java programming language, and proposes some potential improvements for concurrent object-oriented software development. Java's passive object model does not provide an effective means for building distributed applications, critical for the future of Web-based next-generation information systems. Suggests improvements to Java's existing mechanisms for maintaining consistency across multiple threads, sending asynchronous messages and controlling resources. Drives the discussion with examples and suggestions from work on the Actor model of computation
    Object
    Java
  20. Cranefield, S.: Networked knowledge representation and exchange using UML and RDF (2001) 0.11 
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    Abstract
    This paper proposes the use of the Unified Modeling Language (UML) as a language for modelling ontologies for Web resources and the knowledge contained within them. To provide a mechanism for serialising and processing object diagrams representing knowledge, a pair of XSI-T stylesheets have been developed to map from XML Metadata Interchange (XMI) encodings of class diagrams to corresponding RDF schemas and to Java classes representing the concepts in the ontologies. The Java code includes methods for marshalling and unmarshalling object-oriented information between in-memory data structures and RDF serialisations of that information. This provides a convenient mechanism for Java applications to share knowledge on the Web

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