PPPJ/IRE 2002: Dublin, Ireland

Modelling and simulation

• Aidan Delaney, Thomas J. Naughton:
  Emulation of an unconventional model of computation in Java. 1-6
  
• Stevo Bozinovski, Gjorgi Jovancevski, Nevena Bozinovska:
  Digital chips network simulation using object oriented programming. 7-11
  
• Jaroslav Kacer:
  Discrete event simulations with J-Sim. 13-18
  

Programming language principles

• Eric E. Allen, Robert Cartwright:
  The case for run-time types in generic Java. 19-24
  
• T. John Brown, Ivor T. A. Spence, Peter Kilpatrick:
  Mixin programming in Java with reflection and dynamic invocation. 25-34
  
• Markus Mohnen:
  Interfaces with default implementations in Java. 35-40
  
• Chandra Krintz:
  Using adaptive optimization techniques to teach mobile Java computing. 41-46
  

Applications of Java programming

• Geraldine Gray:
  Virtual credit card processing system. 47-52
  
• Brian Nolan:
  The JAM suite: a voice-enabled network-based virtual band application. 53-58
  
• Branko Milosavljevic, Milan Vidakovic, Zora Konjovic:
  Automatic code generation for database-oriented web applications. 59-64
  
• Thomas M. Keane, Richard Allen, Thomas J. Naughton, James O. McInerney, John Waldron:
  Distributed computing for DNA analysis. 65-70
  
• Deepak Gupta, Vikrant Sharma:
  Design and implementation of a portable and extensible FTP to NFS gateway. 71-76
  
• Jônatas Manzolli, Marcio Costa, Fernando L. Ramos, José Fornari, Dan Sharoni:
  Solutions for distributed musical instruments on the web. 77-82
  
• Andrew Burnett, Keith Winters, Tom Dowling:
  A Java implementation of an elliptic curve cryptosystem. 83-88
  
• Z. He, David W. Bustard, X. Liu:
  Software internationalisation and localisation: practice and evolution. 89-94
  

Teaching with Java

• Bob Lang:
  Teaching new programmers: a Java tool set as a student teaching aid. 95-100
  
• Eamonn Hyland, Gary Clynch:
  Initial experiences gained and initiatives employed in the teaching of Java programming in the Institute of Technology Tallaght. 101-106
  
• Aoileann nic Gearailt:
  Using Java to increase active learning in programming courses. 107-112
  
• Ian M. O'Neill, Des Greer:
  Java for scientists - fast! 113-118
  
• J. P. Jacquot:
  Which use for Java in introductory courses? 119-124
  
• Michael G. Madden, Desmond Chambers:
  Evaluation of student attitudes to learning the Java language. 125-130
  

Work in progress papers

• Lic. Diego A. Dagum:
  Toward a business-oriented billing framework with JavaBeans™. 133-135
  
• Jean-Christophe Voisinet:
  JBTools: an experimental platform for the formal B method. 137-139
  
• Declan Barber:
  GlobalCom: a unified messaging system using synchronous and asynchronous forms. 141-144
  

Intermediate representation engineering

• Andrew V. Sokolov:
  Optimization strategies of stack control. 151-156
  
• Markus Mohnen:
  An open framework for data-flow analysis in Java: extended abstract. 157-161
  
• Jeremy Singer:
  Porting legacy interpretive bytecode to the CLR. 163-168
  
• Michael Thies:
  Annotating Java libraries in support of whole-program optimization. 169-174
  
• Chandra Krintz:
  Improving mobile program performance through the use of a hybrid intermediate representation. 175-180
  
• Jeffery von Ronne, Andreas Hartmann, Wolfram Amme, Michael Franz:
  Efficient online optimization by utilizing offline analysis and the safeTSA representation. 181-186
  
• Diarmuid O'Donoghue, Aine Leddy, James F. Power, John Waldron:
  Bigram analysis of Java bytecode sequences. 187-192