Java in Distributed Systems

Large and complex software systems, such as Internet applications, depend on distributed applications. Although Java has helped reduce the complexity of distributed systems, developers still have to contend with diverse hardware platforms, remote communication over networks, and system failures.

Java in Distributed Systems provides a comprehensive guide for anyone wishing to deepen their knowledge of Java in distributed applications. Beginning with a tutorial guide to distributed programming in the Java environment, it shows you how building blocks from threads to Jini can help you to fulfil Sun's vision, that 'the Network is the Computer'. It then goes on to focus on aspects that are still challenging researchers such as concurrency, distribution, and persistence.

Key Features:
- One of the few books to focus specifically on Java for building distributed applications
- Coverage includes threads & sockets, RMI, CORBA, Voyager, Mobile agents, JDBC, object-oriented databases, Java spaces and Jini
- Includes advanced chapters on the cutting edge of Java language development, including the author's own proposed Dejay (Distributed Java), an open-source project that offers a unified approach to concurrency, distribution and persistence

Moderne große, komplexe Softwaresysteme wie Internet-Applikationen basieren auf verteilten Anwendungen. "Java for Distributed Systems" bietet eine Einführung in die Programmierung in einer verteilten Java-Umgebung. Mit Hilfe verschiedener Bausteine (von Threads, RMI, CORBA, Voyager, Mobile Agents, JDBC, objektorientierten Datenbanken und Java Spaces bis hin zu Jini) lernen Sie, der Vision von Sun ("The Network is the Computer") nahezukommen. Angesprochen werden auch Aspekte, die nach wie vor eine Herausforderung für die Forschung sind, etwa die konkurrierende Nutzung von Ressourcen, Verteilung und Persistenz. Preface.

Introduction.

JAVA IN DISTRIBUTED SYSTEMS.

Concurrency in Java.

Java Sockets.

RMI.

CORBA.

Voyager.

Mobile Agents.

JDBC.

Object-Oriented Databases.

A Persistent Programming Language.

Tuplespaces in Java.

Jini.

A DISTRIBUTED JAVA.

Distributed Programming Languages and Concurrency.

Virtual Processors.

Dejay: A Distributed Java.

Examples.

Appendix A: The Chat Interface.

Appendix B: The BulletinBoard Interface.

List of Figures.

Bibliography.

Index.

"...has a nice layout and reads well..." (CVu, June 2006)

Marko Boger is the author of Java in Distributed Systems: Concurrency, Distribution and Persistence, published by Wiley. Today's complex software systems, such as Internet communications, e-commerce or virtual private networks all depend on distributed applications. Developers have to contend with diverse hardware platforms, remote communication over networks, and system failures. Fortunately, the Java language helps to reduce the complexity of distributed systems via its platform-independence and its built-in mechanisms for distributed programming.
The first part of this book is a tutorial guide to distributed programming in the Java environment, showing how building blocks from threads to Jini can help developers to fulfil Sun's vision, that 'the Network is the Computer'. The second part focuses on aspects that are still challenging researchers: the integration of concurrency, distribution, and persistence.

Highlights of the book include:
* A clear tutorial introduction that focuses specifically on Java's role in building distributed applications.
* Coverage includes threads & sockets, RMI, CORBA, Voyager, Mobile agents, JDBC, object-oriented databases, Java spaces and Jini.
* Includes advanced chapters on the cutting edge of Java language development, including the author's own proposed Dejay (Distributed Java), an open-source project that offers a unified approach to concurrency, distribution and persistence.
The book is aimed at developers wishing to deepen their knowledge of Java in distributed applications. Students taking courses on Distributed Systems/Objects will also find it invaluable, as will researchers on state-of the art developments in distributed Java.