Daniele Di Pompeo, PhD
Daniele Di Pompeo, PhD
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Automating Performance Antipattern Detection and Software Refactoring in UML Models
EASIER: An Evolutionary Approach for Multi-objective Software ArchItecturE Refactoring
Multi-objective optimization has demonstrated, in the last few years, to be an effective paradigm to tackle different architectural problems, such as service selection, composition and deployment. In particular, multi-objective approaches for …
A metamodel for the specification and verification of model refactoring actions
EASIER: An Evolutionary Approach for Multi-objective Software ArchItecturE Refactoring
Energy-Driven Reconfiguration of Applications for Wireless Sensor Networks
An Efficient Performance-Driven Approach for HW/SW Co-Design
Applying Design Patterns to Remove Software Performance Antipatterns: A Preliminary Approach
Automated translation among EPSILON languages for performance-driven UML software model refactoring
Towards a Unifying Approach for Performance-Driven Software Model Refactoring
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