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Entwurf und Realisierung einer Web-Oberfläche zum sicheren Fernzugriff auf ProjektdatenGybas, Stefan. January 2000 (has links)
Stuttgart, Univ., Diplomarb., 2000.
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Verwaltung von Benutzerprofilen mit Enterprise Java BeansDorda, Clemens. January 2001 (has links)
Stuttgart, Univ., Studienarb., 2001.
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Implementierung einer horizontalen Baumdarstellung als JavaBean unter der Verwendung des SVG(XML) GrafikformatesWolfschläger, Thomas. January 2003 (has links)
Konstanz, FH, Diplomarb., 2003.
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Symphony: A Java-based Composition and Manipulation Framework for Distributed Legacy ResourcesShah, Ashish Bimalkumar II 08 April 1998 (has links)
A problem solving environment (PSE) provides all computational facilities necessary for solving a target class of problems efficiently. PSEs are used primarily for domain-specific problem-solving in science and engineering and aim to ease the burden of advanced scientific computing. Scientific problem solving, however, often involves the use of legacy resources which are difficult to modify or port, and may be distributed on different machines. Existing PSEs provide little support for solving such problems in a generic framework.
This thesis investigates the design of a platform-independent system that enables problem solving using legacy resources without having to modify legacy code. It presents Symphony, an open and extensible Java-based framework for composition and manipulation of distributed legacy resources. Symphony allows users to compose visually a collection of programs and data by specifying data-flow relationships among them and provides a client/server framework for transparently executing the composed application. Additionally, the framework is web-aware and helps integrate web-based resources with legacy resources. It also enables programmers to provide a graphical interface to legacy applications and to write visualization components.
Symphony uses Sun Microsystems' JavaBeans component architecture for providing components that represent legacy resources. These components can be customized and composed in any standard JavaBeans builder tool. Executable components communicate with a server, implemented using Java Remote Method Invocation mechanism, for executing remote legacy applications. Symphony enables extensibility by providing abstract components which can be extended by implementing simple interfaces. Beans implemented from the abstract beans can act as data producers, consumers or filters. / Master of Science
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Integration of component-based frameworks with sensor modeling languages for the sensor webKazemi, Kimia 01 August 2010 (has links)
The goal of this thesis is to develop an easily modifiable sensor system. To achieve this goal SensorML (an XML based sensor language) is combined with Java Beans (a component model language). An important part of SensorML is its process model. Each sensor in the real world is depicted in SensorML by a process model, whereas the connections between the sensors are shown by a process chain. This thesis presents a translator that reads these documents and converts them to Java Beans. Through testing the Translator is proved more efficient than the convenient Object Oriented approach. / UOIT
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Webserver-Techniken (eingebettete Interpreter mod_perl, mod_dtcl ...)Schmidt, Jürgen 08 May 2000 (has links)
Gemeinsamer Workshop von Universitaetsrechenzentrum und
Professur Rechnernetze und verteilte Systeme (Fakultaet fuer
Informatik) der TU Chemnitz.
Workshop-Thema: Infrastruktur der ¨Digitalen Universitaet¨
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The COMQUAD Component Container Architecture and Contract NegotiationGöbel, Steffen, Pohl, Christoph, Aigner, Ronald, Pohlack, Martin, Röttger, Simone, Zschaler, Steffen 22 November 2012 (has links) (PDF)
Component-based applications require runtime support to be able to guarantee non-functional properties. This report proposes an architecture for a real-time-capable, component-based runtime environment, which allows to separate non-functional and functional concerns in component-based software development. The architecture is presented with particular focus on three key issues: the conceptual architecture, an approach including implementation issues for splitting the runtime environment into a real-time-capable and a real-time-incapable part, and details of contract negotiation. The latter includes selecting component implementations for instantiantion based on their non-functional properties.
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Anwendungs- und Transaktionsisolation unter JavaMüller, Jens, Spruth, Wilhelm G. 25 October 2018 (has links)
Die Java Platform, Enterprise Edition (Java EE, frühere Bezeichnung: J2EE) wurde entwickelt, um den Einsatz von Java in unternehmenskritischen Transaktionsanwendungen, wie etwa Finanzbuchhaltungs- oder Warenwirtschaftssystemen, zu ermöglichen. Die Programmierung ist jedoch immer noch sehr aufwendig, wenn es darum geht, die Isolation parallel laufender Transaktionen zu gewährleisten. Die Einhaltung der Transaktionsisolation ist eine Grundvoraussetzung, um die zugrunde liegenden Daten in einem konsistenten Zustand zu halten. Der vorliegende Beitrag analysiert die existierenden Probleme und gibt einen Überblick über die derzeitig verfügbaren oder diskutierten Lösungsansätze.
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Webserver-Techniken (eingebettete Interpreter mod_perl, mod_dtcl ...)Schmidt, Jürgen 08 May 2000 (has links)
Gemeinsamer Workshop von Universitaetsrechenzentrum und
Professur Rechnernetze und verteilte Systeme (Fakultaet fuer
Informatik) der TU Chemnitz.
Workshop-Thema: Infrastruktur der ¨Digitalen Universitaet¨
Es gibt viele Möglichkeiten, dynamische Web Inhalte zu erzeugen.
Dieser Vortrag soll einen Überblick über Erweiterungsmöglichkeiten
auf der Serverseite geben. Mit Hinblick auf Performance werden im
Vergleich zum CGI eingebettete Interpreter beleuchtet und spezielle
Scriptsprachen wie PHP,Perl oder Tcl genannnt.
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The COMQUAD Component Container Architecture and Contract NegotiationGöbel, Steffen, Pohl, Christoph, Aigner, Ronald, Pohlack, Martin, Röttger, Simone, Zschaler, Steffen 22 November 2012 (has links)
Component-based applications require runtime support to be able to guarantee non-functional properties. This report proposes an architecture for a real-time-capable, component-based runtime environment, which allows to separate non-functional and functional concerns in component-based software development. The architecture is presented with particular focus on three key issues: the conceptual architecture, an approach including implementation issues for splitting the runtime environment into a real-time-capable and a real-time-incapable part, and details of contract negotiation. The latter includes selecting component implementations for instantiantion based on their non-functional properties.
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