| Authors |
Title |
Paper |
| Almajali and Elrad |
Benefits and Challenges of a Class-Based Design for
Dynamic Aspects in DAC++ |
PDF
|
| Gasiunas and Bartolomei |
Towards Goal-Driven Design |
PDF
|
| Op de Beeck, Gregoire, Truyen, and Joosen |
On the Criteria of Aspectual Component Models |
PDF
|
| Bockish, Haupt, and Mezini |
Dynamic Virtual Join Point Dispatch |
PDF
|
| Cardoso, Fernandes, and Monteiro |
Adding Aspect-Oriented Features to MATLAB |
PDF
|
| Cazzola, Jezequel, and Rashid |
Semantic Join Point Models:
Motivations, Notions and Requirements |
PDF
|
| Charfi, Riveill, Blay-Fornarino, and Pinna-Dery |
Transparent and Dynamic Aspect Composition |
PDF
|
| Desmond, Storey, and Exton |
Fluid Source Code Views for Just In-Time Comprehension |
PDF
|
| Douence |
Relational Aspects for Context Passing Beyond Stack Inspection |
PDF
|
| Joncheere and Vanderperren |
Requirements for an Aspect-Oriented Workflow System for Grid
Services |
PDF
|
| Kellens, Gybels, Brichau, and Mens |
A Model-driven Pointcut Language for More Robust Pointcuts |
PDF
|
| Lagaisse and Joosen |
Decomposition into Elementary Pointcuts: A Design
Principle for Improved Aspect Reusability |
PDF
|
| Lorenz and Kojarski |
Feature Interaction in AspectJ 5 |
PDF
|
| Ossher |
Confirmed Join Points |
PDF
|
| Rajan, Dyer, Hanna, and Narayanappa |
Preserving Separation of Concerns through Compilation |
PDF
|
| Douence, le Botlan, Noye, and Sudholt |
Towards a model of concurrent AOP |
PDF
|
| Yuen, Fiuczynski, Grimm, and Coady |
Making Extensibility of System
Software Practical with the C4 Toolkit |
PDF
|