18. OOPSLA 2003: Anaheim, California, USA - Companion

@proceedings{DBLP:conf/oopsla/2003,
  editor    = {Ron Crocker and
               Guy L. Steele Jr.},
  title     = {Companion of the 18th Annual ACM SIGPLAN Conference on Object-Oriented
               Programming, Systems, Languages, and Applications, OOPSLA 2003,
               October 26-30, 2003, Anaheim, CA, USA},
  booktitle = {OOPSLA Companion},
  publisher = {ACM},
  year      = {2003},
  isbn      = {1-58113-751-6},
  bibsource = {DBLP, http://dblp.uni-trier.de}
}

DDD papers

• Dave A. Thomas, Brian M. Barry:
  Model driven development: the case for domain oriented programming. 2-7
  
• Aditya Agrawal, Gabor Karsai, Ákos Lédeczi:
  An end-to-end domain-driven software development framework. 8-15
  
• Jack Greenfield, Keith Short:
  Software factories: assembling applications with patterns, models, frameworks and tools. 16-27
  
• Macneil Shonle, Karl J. Lieberherr, Ankit Shah:
  XAspects: an extensible system for domain-specific aspect languages. 28-37
  
• DeLesley Hutchins:
  The power of symmetry: unifying inheritance and generative programming. 38-52
  
• Sergei Kojarski, David H. Lorenz:
  Domain driven web development with WebJinn. 53-65
  

Demos

• David Harel, Hillel Kugler, Rami Marelly, Amir Pnueli:
  Smart play-out. 68-69
  
• Chris Laffra, Martin Lippert:
  Visualizing and AspectJ-enabling eclipse plugins using bytecode instrumentation. 70-71
  
• Michael A. Hoffman:
  Automated impact analysis of object-oriented software systems. 72-73
  
• Kenneth J. Goldman:
  A demonstration of JPie: an environment for live software construction in Java. 74-75
  
• Jecel Mattos de Assumpccao Jr.:
  Hardware/software codesign in neo smalltalk. 76-77
  
• Lars Arne Skår, Thomas Heiberg, Vidar Kongsli:
  Reuse learning objects through LOM and XML. 78-79
  
• Carl Alphonce, Phil Ventura:
  QuickUML: a tool to support iterative design and code development. 80-81
  
• James Davis:
  GME: the generic modeling environment. 82-83
  
• Philippe Mougin:
  F-Script: smalltalk scripting for the Mac OS X object system. 84-85
  
• Serguei Mourachov:
  ATCT: a Java framework that offers new approach to developing asynchronous processes. 86-87
  
• Jorn Bettin, Ghica van Emde Boas:
  Generative model transformer. 88-89
  
• Alexander Paar:
  Semantic software engineering tools. 90-91
  
• Juha-Pekka Tolvanen, Matti Rossi:
  MetaEdit+: defining and using domain-specific modeling languages and code generators. 92-93
  
• Hoi Chan, Bill Arnold:
  A policy based system to incorporate self-managing behaviors in applications. 94-95
  
• Bil Lewis, Mireille Ducassé:
  Using events to debug Java programs backwards in time. 96-97
  
• Scott E. Spetka, George O. Ramseyer, Richard W. Linderman:
  Redeveloping a high-Performance computing framework. 98-99
  
• Klaus Wuestefeld:
  Do you still use a database? 101
  
• Li-Te Cheng, Susanne Hupfer, Steven Ross, John F. Patterson, Bryan Clark, Cleidson R. B. de Souza:
  Jazz: a collaborative application development environment. 102-103
  
• James R. McCoy:
  Requirements use case tool (RUT). 104-105
  
• Antonio Soares de Azevedo Terceiro, Christina von Flach G. Chavez:
  Issues on building T++: a tool for web application development with C++. 106-107
  
• Danilo Beuche, Olaf Spinczyk:
  Variant management for embedded software product lines with pure: : consul and AspectC++. 108-109
  
• Yahya H. Mirza:
  Building compilers for DirectX 9.0 compatible graphics processors. 110-111
  
• Marc Raygoza:
  Visual SDLC: improving requirements engineering for object-oriented systems. 112-113
  
• Jorn Bettin, Jeff Hoare:
  Time Conscious Objects. 114
  

Doctoral papers

• Jirí Adámek:
  Static analysis of component systems using behavior protocols. 116-117
  
• Aditya Agrawal:
  Metamodel based model transformation language to facilitate domain specific model driven architecture. 118-119
  
• Marat Boshernitsan:
  Program manipulation via interactive transformations. 120-121
  
• Ada Diaconescu:
  A framework for using component redundancy for self-adapting and self-optimising component-based enterprise systems. 122-123
  
• Sheena R. Judson:
  Pattern-based model transformation. 124-125
  
• Viviane Torres da Silva, Carlos José Pereira de Lucena:
  MAS-ML: a multi-agent system modeling language. 126-127
  
• Sérgio Soares, Paulo Borba:
  Aspect-oriented implementation method: progressive or non-progressive approach? 128-129
  
• Wei Zhao:
  A language based formalism for domain driven development. 130-131
  

Educator's symposiums

• Eric Brechner:
  Things they would not teach me of in college: what Microsoft developers learn later. 134-136
  
• Shahram Ghandeharizadeh:
  An educational perspective on database management systems and object-oriented methodology: a 12 year journey. 137-139
  
• Haibin Zhu, MengChu Zhou:
  Methodology first and language second: a way to teach object-oriented programming. 140-147
  
• Stephen H. Edwards:
  Rethinking computer science education from a test-first perspective. 148-155
  
• Carl Alphonce, Phil Ventura:
  Using graphics to support the teaching of fundamental object-oriented principles in CS1. 156-161
  
• John Towell, Elizabeth Towell:
  Reality abstraction and OO pedagogy: results from 5 weeks in virtual reality. 162-166
  
• Joseph Bergin:
  Teaching polymorphism with elementary design patterns. 167-169
  
• Kathryn E. Gray, Matthew Flatt:
  ProfessorJ: a gradual introduction to Java through language levels. 170-177
  
• Ariel Ortiz:
  Preparing undergraduate students for Java certification. 178-183
  
• Luis Palomino Ramírez, Juan Antonio Vega Fernández:
  Reuse of teaching components: a UML-based approach to delivering and managing academic courses. 184-186
  
• Edward F. Gehringer:
  A pair-programming experiment in a non-programming course. 187-190
  
• Alan M. Durham, Edson Sussumu, Arlindo Flávio da Conceição:
  A framework for building language interpreters. 191-196
  

Onward papers

• Cristina Videira Lopes, Paul Dourish, David H. Lorenz, Karl J. Lieberherr:
  Beyond AOP: toward naturalistic programming. 198-207
  
• Samuel N. Kamin:
  Routine run-time code generation. 208-220
  
• Martin C. Rinard:
  Acceptability-oriented computing. 221-239
  
• Robert Biddle, Angela Martin, James Noble:
  No name: just notes on software reuse. 240-260
  

Panels

• Steven Fraser, Ray Bareiss, Barry W. Boehm, Mark Hayes, Laura Hill, Gabby Silberman, Dave A. Thomas:
  Meeting the challenge of software engineering education for working professionals in the 21st century. 262-264
  
• Steven Fraser, Rachel Reinitz, Jutta Eckstein, Joshua Kerievsky, Robert Mee, Mary Poppendieck:
  Xtreme programming and agile coaching. 265-267
  
• Steven Fraser, Dave Astels, Kent Beck, Barry W. Boehm, John D. McGregor, James Newkirk, Charlie Poole:
  Discipline and practices of TDD: (test driven development). 268-270
  
• Laura Hill, Richard P. Gabriel, Harlan Sexton, Kevin Tyson, David West:
  Innovate! 271-272
  
• Granville Miller, Andy Evans, Ivar Jacobson, Henrik Jondell, Allan Kennedy, Stephen J. Mellor, Dave A. Thomas:
  Model driven architecture: how far have we come, how far can we go? 273-274
  
• Lougie Anderson, Glen B. Alleman, Kent Beck, Joe Blotner, Ward Cunningham, Mary Poppendieck, Rebecca Wirfs-Brock:
  Agile management - an oxymoron?: who needs managers anyway? 275-277
  
• Joseph W. Yoder, Ralph E. Johnson, Steven R. Wingo, Ron Jeffries, Linda Rising:
  Object-oriented success stories: "learning from our failures". 278-279
  
• Dave A. Thomas, Brian M. Barry, Ivar Jacobson, Linda M. Northrop, Clemens A. Szyperski:
  Reuse repositories and reuse: the realities. 280-281
  
• Steve Berczuk, Neil Harrison, Kevlin Henney, Joshua Kerievsky, Linda Rising, Ken Schwaber, Bobby Woolf:
  What's so eXtreme about doing things right? 282-283
  
• Gail E. Harris, David Leibs, S. Jeromy Carrière, Fred Nagy, John Crupi, Martin Nally:
  Application servers: one size fits all ... not? 284-285
  

Posters

• Uri Dekel, Joseph Gil:
  Visualizing class interfaces with formal concept analysis. 288-289
  
• Jorn Bettin, Jeff Hoare:
  Time conscious objects: a domain-specific framework and generator. 290-291
  
• Thomas Wrensch, Jonathan Schifman:
  An introduction to fly: a smaller smalltalk. 292-293
  
• Jorn Bettin, Ghica van Emde Boas, Edward D. Willink:
  Generative model transformer: an open source MDA tool initiative. 294-295
  
• Robert E. McGrath, M. Dennis Mickunas:
  Dynamic personal roles for ubiquitous computing. 296-297
  
• Reid Kaufmann, David Janzen:
  Implications of test-driven development: a pilot study. 298-299
  
• Wolfgang Radinger, Karl M. Göschka:
  Agile software development for component based software engineering. 300-301
  
• Robert Pawel Bialek:
  Dynamically updatable component-based system (DUCS). 302-303
  
• Viviane Torres da Silva, Carlos José Pereira de Lucena:
  MAS-ML: a multi-agent system modeling language. 304-305
  
• Bruno Dufour, Laurie J. Hendren, Clark Verbrugge:
  *J: a tool for dynamic analysis of Java programs. 306-307
  
• Haitham S. Hamza, Mohamed E. Fayad:
  Engineering and reusing stable atomic knowledge (SAK) patterns. 308-309
  
• Haitham S. Hamza, Ahmed M. Mahdy, Mohamed E. Fayad, Marshall Cline:
  Extracting domain- specific and domain-independent patterns. 310-311
  
• Hoi Chan, Trieu C. Chieu:
  An approach to monitor application states for self-managing (autonomic) systems. 312-313
  
• Kai Hemme-Unger, Thomas Flor, Gabriel Vögler:
  Model driven architecture development approach for pervasive computing. 314-315
  
• Timothy J. Troup, Iain Darroch:
  A framework to enable user directed component binding at run-time. 316-317
  
• Stephen H. Edwards:
  Teaching software testing: automatic grading meets test-first coding. 318-319
  
• Octavian Ciuhandu, John Murphy:
  A modular QoS-enabled load management framework for component-based middleware. 320-321
  
• Martin Lippert:
  An AspectJ-enabled eclipse core runtime platform. 322-323
  
• E. Yavari, Mohamed E. Fayad:
  A stable software model for MRI visual analyzer. 324-325
  
• Sheena R. Judson, Doris L. Carver, Robert B. France:
  A metamodeling approach to model transformation. 326-327
  
• Ben Stephenson, Wade Holst:
  Multicodes: optimizing virtual machines using bytecode sequences. 328-329
  
• Bjørn N. Freeman-Benson, Alan Borning:
  Experience in developing the urbanSim system: tools and processes. 332-333
  

Practitioners report

• Vincent Coetzee, Robert Walker:
  Experiences using an ODBMS for a high-volume internet banking system. 334-338
  
• Adrian M. Colyer, Andy Clement, Ron Bodkin, Jim Hugunin:
  Using AspectJ for component integration in middleware. 339-344
  
• Kurt Madsen:
  Five years of framework building: lessons learned. 345-352
  
• Gerard Meszaros:
  Agile regression testing using record & playback. 353-360
  
• Gregory Bollella, Tim Canham, Vanessa Carson, Virgil Champlin, Daniel Dvorak, Brian Giovannoni, Mark Indictor, Kenny Meyer, Alex Murray, Kirk Reinholtz:
  Programming with non-heap memory in the real time specification for Java. 361-369
  
• Yoshiki Ohshima, John Maloney, Andy Ogden:
  The parks PDA: a handheld device for theme park guests in squeak. 370-380
  

Student competition papers

• Philip Mayer:
  Analyzing the use of interfaces in large OO projects. 382-383
  
• Eric Bodden:
  A high-level view of Java applications. 384-385
  
• Aditya Agrawal:
  Metamodel based model transformation language. 386-387
  
• Wei Zhao:
  A language based formalism for domain driven development. 388-389
  
• Ada Diaconescu:
  A framework for using component redundancy for self-adapting and self-optimising component-based enterprise systems. 390-391
  
• Marat Boshernitsan:
  Program manipulation via interactive transformations. 392-393
  
• Antonio Soares de Azevedo Terceiro:
  Issues on building T++, a tool for web application development with C++. 394-395
  
• Mircea Trofin:
  A self-optimizing application server design for enterprise Java beans applications. 396-397
  
• Gabriela A. Perez:
  Model consistency in the object oriented software development process. 398-399