Chair: Jutta Eckstein
Objects in Action

OOPSLA workshops provide intensive collaborative environments where object technologists meet to surface, discuss, and solve challenging problems facing the field.

Monday, 4 November

• 1 - Tool Support for Aspect Oriented Software Development
• 2 - 2nd OOPSLA Workshop on Domain-Specific Visual Languages
• 3 - Commonalities of Agile Methodologies
• 7 - Top 10 issues of an open software model for embedded systems
• 8 - The 11th OOPSLA Workshop on behavioral semantics -- Serving the customer
• 9 - Pervasive Computing; going beyond Internet for small screens
• 10 - Distributed eXtreme Programming
• 12 - Patterns for Software Architecture
• 14 - Agent-oriented methodologies
• 15 - Tackling the Discovery Costs of Evolving Software Systems
• 22 - J2EE vs .NET
• 23 - Using Play to Enhance Learning About Objects
• 24 - 1st International Workshop on Runtime Kernel Support for Dynamic Languages and Component Based Architectures
• 25 - "Killer Examples" for Design Patterns and Objects First

• 5 - Extreme Programming Practices in the First CS Courses

• 31 - Expanding the Boundaries of Unit Testing

Tuesday, 5 November

• 4 - Generative Techniques in the context of Model-Driven Architecture
• 6 - Architecture is dead - Long live the Architect!
• 11 - Patterns in Distributed Real-Time and Embedded Systems
• 13 - Patterns for Customer Interaction and Expectation Management
• 16 - 1st Workshop on Software Development Process Patterns
• 17 - Built for Life: Constructing Software to Outlive Its Creators
• 18 - Semantics of Enterprise Integration II
• 19 - Engineering Context-Aware Object-Oriented Systems and Environments (ECOOSE)
• 20 - Object-Oriented Web Services
• 21 - Software Apprenticeship: the Journey to Mastery
• 26 - Using Domain Specific Languages to Drive Business Applications
• 27 - Extravagaria - Art Assisting Science
• 28 - Agile Processes Workshop II - Managing Multiple Agile Projects
• 30 - Product Line Engineering - The early steps: Planning, Managing, and Modeling (PLEES'02)

• 29 - Pair Programming Explored