A goal-oriented strategy for supporting commercial off-the-shelf components selection | p. 1 |
A state-of-the-practice survey of off-the-shelf component-based development processes | p. 16 |
Automating integration of heterogeneous COTS components | p. 29 |
The domain analysis concept revisited : a practical approach | p. 43 |
Feature driven dynamic customization of software product lines | p. 58 |
Inter-organisational approach in rapid software product family development - a case study | p. 73 |
Ontology-based feature modeling and application-oriented tailoring | p. 87 |
The COVAMOF derivation process | p. 101 |
A metamodel approach to architecture variability in a product line | p. 115 |
An approach to managing feature dependencies for product releasing in software product lines | p. 127 |
Adaptation and composition within component architecture specification | p. 142 |
Re-engineering a credit card authorization system for maintainability and reusability of components - a case study | p. 156 |
Odyssey-CCS : a change control system tailored to software reuse | p. 170 |
Case study of a method for reengineering procedural systems into OO systems | p. 184 |
Reconciling subtyping and code reuse in object-oriented languages : using inherit and insert in SmartEiffel, the GNU Eiffel compiler | p. 203 |
Recommending library methods : an evaluation of the vector space model (VSM) and latent semantic indexing (LSI) | p. 217 |
Improving extensibility of object-oriented frameworks with aspect-oriented programming | p. 231 |
Comparing white-box, black-box, and glass-box composition of aspect mechanisms | p. 246 |
Achieving smooth component integration with generative aspects and component adaptation | p. 260 |
A tactic-driven process for developing reusable components | p. 273 |
Does refactoring improve reusability? | p. 287 |
Using the Web as a reuse repository | p. 298 |
A UML2 profile for reusable and verifiable software components for real-time applications | p. 312 |
Formalizing MDA components | p. 326 |
A component-oriented substitution model | p. 340 |
Building reflective mobile middleware framework on top of the OSGi platform | p. 354 |
Goal-oriented performance analysis of reusable software components | p. 368 |
Establishing extra organizational reuse capabilities | p. 382 |
Incremental software reuse | p. 386 |
Variability in goal-oriented domain requirements | p. 390 |
Variability modeling in a component-based domain engineering process | p. 395 |
GENMADEM : a methodology for generative multi-agent domain engineering | p. 399 |
Product line architecture for a family of meshing tools | p. 403 |
Binding time based concept instantiation in feature modeling | p. 407 |
Aspects as components | p. 411 |
Improving reuse of off-the-shelf components with shared, distributed component repository systems | p. 415 |
Support to development-with-reuse in very small software developing companies | p. 419 |
A simple generic library for C | p. 423 |
Eliciting potential requirements with feature-oriented gap analysis | p. 427 |
X-ARM : a step towards reuse of commercial and open source components | p. 432 |
Implementing domain-specific modeling languages and generators | p. 436 |
Metrics and strategy for reuse planning and management | p. 437 |
Building reusable testing assets for a software product line | p. 438 |
The business case for software reuse : reuse metrics, economic models, organizational issues, and case studies | p. 439 |
Designing software product lines with UML 2.0 : from use cases to pattern-based software architectures | p. 440 |
Aspect-oriented software development beyond programming | p. 441 |
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