Conference opening & keynote talk

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  Simon Ritter: PPPJ 2003: keynote talk. 1

Programming techniques

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  Youssef Hassoun, Roger Johnson, Steve Counsell: Reusability, open implementation and Java's dynamic proxies. 3-6
• 
  Giacomo Cabri, Luca Ferrari, Letizia Leonardi: Manipulation of Java agent bytecode to add roles. 7-12
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  Friedrich Steimann, Wolf Siberski, Thomas Kühne: Towards the systematic use of interfaces in JAVA programming. 13-17
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  Ian McRitchie, T. John Brown, Ivor T. A. Spence: A Java framework for the static reflection, composition and synthesis of software components. 19-20
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  Thomas Alexandre: Using design patterns to build dynamically extensible collaborative virtual environments. 21-23
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  Santi Caballé, Fatos Xhafa: A study into the feasibility of generic programming in Java. 25-26

The Java programming language

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  Paolo Boldi, Sebastiano Vigna: Rethinking Java strings. 27-30
• 
  Stephan Diehl, Claudia Bieg: A new approach for implementing stand-alone and Web-based interpreters for Java. 31-34
• 
  Sara Bouchenak, Daniel Hagimont, Noel De Palma: Efficient Java thread serialization. 35-39
• 
  Pierre Wijkman, Mitra Wijkman, Suru Dissanaike: Transparent Java standard extensions with native libraries on multiple platforms. 41-43

Software engineering

• 
  Steve Counsell, Youssef Hassoun, Roger Johnson, Keith Mannock, Emilia Mendes: Trends in Java code changes: the key to identification of refactorings? 45-48
• 
  Thomas Vestdam: Elucidative Programming in open integrated development environments for Java. 49-54
• 
  J. Doyle, C. Meudec: IBIS: an Interactive Bytecode Inspection System, using symbolic execution and constraint logic programming. 55-58
• 
  Mark Kent O'Keeffe, Mel Ó Cinnéide: A stochastic approach to automated design improvement. 59-62
• 
  Ken Casey, Chris Exton: A Java 3D implementation of a geon based visualisation tool for UML. 63-65

Java and education

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  Julia Dawson, David Coward: A child's eye view of Java. 63-65
• 
  Irene Luque Ruiz, Gonzalo Cerruela García, Miguel Ángel Gómez-Nieto: A Java dialog system for use in computer-aided teaching. 71-74
• 
  Leonardo Cecchi, Pilu Crescenzi, Gaia Innocenti: C : C++ = JavaMM: Java. 75-78
• 
  Sergio Rajsbaum, Elisa Viso: A case for OO -- Java -- in teaching algorithm analysis. 79-83
• 
  J. Paul Gibson: A noughts and crosses Java applet to teach programming to primary school children. 85-88
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  T. F. Lunney, Paul J. McCullagh, P. J. Lundy: Java as the lingua franca for teaching graduate students. 89-91
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  David Heaney, Charlie Daly: Mass production of individual feedback. 93

Computer applications

• 
  Ian M. O'Neill, Philip Hanna, Xingkun Liu, Des Greer: A Java implementation of cross-domain mixed initiative spoken dialogue management. 95-98
• 
  David Gildea, Tom Dowling: A Java OpenCard framework based medical smartcard system. 99-103
• 
  Conor Gildea, Declan Barber, Brian Nolan: SensTec: monitoring the welfare of livestock in transit. 105-108
• 
  Ahmed O. Abdul Salam, Tarik Ozkul: Java-based cyber technique for on-line engineering labs. 109-112
• 
  David Hartman, Jaroslav Kaccer: JUTS: J-sim urban traffic simulator. 113

Information systems

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  Tom Lunney, Aidan McCaughey: Object persistence in Java. 115-120
• 
  Dzenan Ridjanovic: Pedagogical tools for database design, development and use. 121-124
• 
  Branko Milosavljevic, Milan Vidakovic, Srdjan Komazec, Gordana Milosavljevic: User interface code generation for EJB-based data models using intermediate form representations. 125-132
• 
  Garret Swart: MinSQL: a simple componentized database for the classroom. 129-132
• 
  Brian Nolan: Java and information retrieval from the Internet. 133-135
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  Paul Healy, Declan Barber, Brian Nolan: Developing unified messaging system apps in JAVA. 137-138

Mathematics of computing

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  Claire Whelan, Adam Duffy, Andrew Burnett, Tom Dowling: A Java API for polynomial arithmetic. 139-144
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  D. Curran, N. J. Hurley, Mel Ó Cinnéide: Securing Java through software watermarking. 145-148
• 
  Vijay P. Shah, Nicolas H. Younan, Torey Alford, Anthony Skjellum: An advanced signal processing toolkit for JAVA applications. 149-154
• 
  John Loughran, Tom Dowling: A Java implemented key collision attack on the data encryption standard (DES). 155-157
• 
  Anupama Akre, Sabin Tabirca: Imaging technologies in JAVA. 159-161
• 
  Jaanus Pöial: Implementation of directed multigraphs in Java. 163

Invited talk

• 
  Vivek Sarkar: PPPJ 2003: invited talk. 165

Java Virtual Machine

• 
  Jeremy Singer: JVM versus CLR: a comparative study. 167-169
• 
  Christopher J. Howell, Gregory M. Kapfhammer, Robert S. Roos: An examination of the run-time performance of GUI creation frameworks. 171-176
• 
  Christophe Deleray, Nicolas Bedon, Gilles Roussel: MyJVM: a 100% pure Java customizable Java Virtual Machine. 177-179
• 
  Brian Davis, John Waldron: A survey of optimisations for the Java Virtual Machine. 181-183

Networks and distributed systems

• 
  Daniele Denaro, Franco Rubinacci: Neural networks library in Java™: a proposal for network intelligent agents. 185-189
• 
  Andrew J. Page, Thomas M. Keane, Richard Allen, Thomas J. Naughton, John Waldron: Multi-tiered distributed computing platform. 191-194
• 
  Bruce Quig, John Rosenberg, Michael Kölling: Supporting interactive invocation of remote services within an integrated programming environment. 195-200
• 
  Hugo Leroux, Annya Réquilé-Romanczuk, Christine Mingins: JACOT: a tool to dynamically visualise the execution of concurrent Java programs. 201-206
• 
  Jean-Marc Seigneur, Gregory Biegel, Christian Damsgaard Jensen: P2P with JXTA-Java pipes. 207-212
• 
  Marcin Czenko, Jean-Luc Raffy: JEstelle novel approach to the distributed Java systems specification and development. 213-218
• 
  Humphrey Sheil: Distributed scientific computing in Java: observations and recommendations. 219-222

last updated on Thu May 23 03:39:47 2013 by the dblp team
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